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February 22 2012

Sand Engine Reinforces Dutch Coastline

ZANDMOTOR-035301

Now here is an hands-on example of ‘guided growth‘ as a way to steer complex systems.

Part of the Dutch coastline is currently being reinforced by creating a ‘sand engine’. This involves depositing 21.5 million cubic meters of sand in the shape of a hook extending from the coast near Ter Heijde. The sand is expected to be spread along the provincial coastline by the natural motion of wind, waves and currents. Ultimately the coast is expected to be broader and safer.

Simulation of the expected functioning of the sand engine

Click here to view the embedded video.

Website: Sandengine.nl Thanks to Premsela.org

February 20 2012

Surviving Progress

Click here to view the embedded video.

Montreal filmmakers Mathieu Roy and Harold Crooks’ documentary feature, Surviving Progress presents the story of human advancement and reveals the risk of running the 21st century’s software — our know-how — on the ancient hardware of our primate brain which hasn’t been upgraded in 50,000 years. It is up to us to prove that making apes smarter was not an evolutionary dead-end.

Thanks Linda.

January 19 2012

Hidden Cities Emerge from the Amazon

Picture 1

Famed for its jaguars, orchids, and horrifying parasites, the Amazon is just as famous for what it lacks: human presence. For many years, the prevailing wisdom has been that throughout history, the Amazon rainforest has only been sparsely occupied by nomadic tribes. However, new evidence of permanent and complex human settlement is emerging from the forest floor. The role of these geoglyphs, trenches carved into the ground 1,000 to 2,000 years ago, are largely mysterious, but they may share characteristics with the Nazca Lines.

Researchers first became aware of the geoglyphs in the 1970s. As deforestation accelerates, more and more  of the gigantic geometric shapes are coming to light. These discoveries are helping to upend traditional notions of the Amazon as a primordial, pristine wilderness. Large portions of Amazonia may in fact be a second-growth forest that regenerated after European warfare and disease wiped out massive portions of the native population.

The first Spanish explorers to the region reported finding settled towns and cities with palisades, roads, and fortifications. Though their accounts have usually been dismissed as exaggerations, their descriptions may in fact provide an accurate portrait of a lost civilization. According to geographer William Woods, “If one wants to recreate pre-Columbian Amazonia, most of the forest needs to be removed, with many people and a managed, highly productive landscape replacing it.”

Image via Google Maps. For a history of the search for civilizations in the Amazon, read Finding the Lost City.

December 30 2011

SMS Skyscrapers

sms_skyscrapers_530

I reckoned Amsterdam did not have any sky scrapers, but I guess I wasn’t looking through the right lenses.

This sms-traffic Amsterdam skyline – made on new years eve 2007 – was created by information decoration wizard Aaron Koblin.

Click here to view the embedded video.

December 19 2011

Using Pigeons as Protestors

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Artist Jaroslav Kyša has invented a novel form of social protest. By scattering seed in front of targets in London, he can attract droves of pigeons that disrupt shoppers and slow down traffic. Kyša’s tactic might be a useful diversion for the Occupy protestors. After all, birds are immune to capsaican, the active ingredient in pepper spray.

Via Edible Geography.

December 14 2011

Protei, the Sail Bot that Cleans Up Oil

protei test

Protei is a sailing robot that’s designed to clean up oil spills without human assistance. After sailing upwind, the bot drifts downwind, zigg-zagging across the surface to absorb oil in its long, tail-like boom. Since Protei is self-righting, it will be able to operate even under hurricane conditions, keeping human crews out of danger from both high winds and toxic chemicals. The robots can be operated by remote control, or can be programmed to work together as an autonomous swarm.

Though it’s currently only a prototype, the eco-friendly, open-source Protei may some day radically change how we clean up the ocean. Though it was originally designed to sop up  future Deepwater Horizons, modified Protei could possibly be used to gather plastic in the Great Pacific Garbage Patch.

More photos after the jump.

Thanks to Alex Adriaasens. Photos via Cesar Harada’s Flickr page.

December 11 2011

City Living Splits Up Blackbirds

backbird squabble

Some blackbirds have found city living so much fun (the theater scene! the restaurants!) that they have given up migrating south for the winter. Cities are usually warmer than the surrounding country, with lots of discarded food for the birds to scavenge. If the non-migratory birds start breeding sooner, the two populations may eventually split into different species. Even if we can’t predict what fully urban blackbirds will look like, we do know that they will likely be smarter than their country counterparts.

Photo via TarikB

December 08 2011

When Siri met Siri…

Click here to view the embedded video.

Like with pets and babies, we seem to like it when devices mimic our behaviour and social patterns. In the process of domesticating technology, we teach products to behave like ourselves. But we all know that almost every learning process starts with copying…

Earlier this year we have written about Siri, a relatively new feature in Apples iOS that allows users to control their iPhones with their voices in a quite convincing way. Especially the ‘intelligent’ answers Siri gave to questions stole many users hearts.
But what happens if speaking devices start having conversations with each other? In the nineties, there was the Furby a furry toy animal that could talk. Some lucky owners of these fantastic creatures reported having sleepless night after their toy friends got stuck in a feedback loop of nocturnal conversations. Of course, this only happened between products of the same technological species (batteries included).

The short movie featured in this post is also an example of this ‘Furby-effect’. The movie is funny, but why exactly? Which one of the phones dp you feel most sympathy for? Do we even see some character development over here?

We have become radically dependent on the technology we have created ourselves. But the opposite is also true. We have a symbiotic relationship with the things we create. So, at the same thing, the whole thing is a little bit sad: it shows how helpless the products are, without us interacting with them.

Yet, it points out to a future when the devices around us lead whole social lives, without us being involved. One day, you might find your mobile phone and your refrigerator gossiping about you…

 

Click here to view the embedded video.

Thanks Coralie Vogelaar

November 29 2011

Black Wolves Have Dogs to Thank

romeo wolf with lab

Black wolves should probably not exist. The same species as their gray relatives, these wolves have a genetic mutation that causes them to produces excess melanin, a pigment responsible for coat color. The origin of black wolves has long been a puzzle. Unlike domestic animals, wild species usually don’t exhibit such dramatic variations in coloration, especially within the same population. While all tigers are orange and striped, and all grizzly bears are brown, “gray” wolves range from pure white to brown to red to black.

Researchers at Stanford University have discovered that dogs may be the cause of the wolves’ unusual coloration. Dogs have a unique gene for melanism, which is also shared by European, Asian and American black wolves. Scientists estimate that the gene arose somewhere between 12,779 and 121,182 years ago, with a preferred time of around 50,000 years. Even if European wolves were the first to don a black coat, it was domestic dogs that brought the gene to the wolves (and coyotes) of North America.

Most new mutations tend to disappear within a few generations. With North American wolf, however, this accidental genetic loaner from dogs has become a stable part of their population’s DNA. Clearly, black wolves derive some benefit from their coloration. The reasons why are still a mystery: Black coat color doesn’t aid in camouflage, but since it occurs more frequently in southern, forest-dwelling wolves, it may have some advantage for life in warmer climates.

The melanism gene in wolves is one of the few instances, perhaps even the only instance, in which interbreeding with a domestic animal has conferred an adaptive edge on a wild animal. As climate change progresses, and forests march northward, it may be that the “gray” wolf population will soon switch to black, all thanks to some melanistic, prehistoric pooches.

Via the New York Times. Image via Carnivora.

November 15 2011

A Bug’s Afterlife

collector afterlife

When fruit flies die, they don’t go to heaven, but they do get to go to outer space. At least that’s the conceit of artist HsienYu Cheng’s Collector: Afterlife, which zaps bugs with high voltage and then reincarnates them in a Space Invaders-style video game. Each dead fly translates to one extra life for the onscreen hero. When the lives run out, the player has to wait around for more flies to wander into the trap’s deadly blue light. It’s a digital age update on the concept of rebirth, or just a new take on the spider and its web.

Via Mediamatic

November 03 2011

Who Watches the Watchers?

Click here to view the embedded video.

In The Watchers, the creative geniuses at Studio Smack picture a world where surveillance systems don’t just watch us – they actively judge.  Are you a green-coded Conformist or a red-alert Intellectual? The tone is paranoid, but it’s a vivid reminder that our technological systems make us as much as we make them. Autonomous algorithms already control our economy, our internet, and our vacuum cleaners. It’s not a stretch to imagine that autonomous cameras will control our security and social spaces. Make sure to wait for the twist ending.

Studio Smack has previously been featured here for Pimp My Planet, Transparency Suit and the utterly eerie Kapitaal. Check out more of their work at the Next Nature Power Show on Saturday.

November 01 2011

Technology: The 7th Kingdom of Life

Click here to view the embedded video.

Prior to the forthcoming Next Nature Power Show in Amsterdam, we share some videos of presentations at earlier next nature events.

At our 2008 Powershow in Los Angeles founding editor of Wired Magazine, Kevin Kelly, talked about the nature of technology. Kevin proposes to define technology as the 7th Kingdom of Life. According to Kelly, “Our entire system of technology is now so complex that it forms a tangled ecology of ideas and devices which support each other. Human mind, so essential for its birth, play a decreasing role.”

October 24 2011

The Pigeon that Shat the Golden Soap

pigeon d'or

Ever wished you could take a shower with pigeon poop? Artist Tuur van Balen proposes changing pigeons from flying rats to cleaning agents. A speculative, specially engineered bacteria, as harmless to pigeons as Lactobacillus is to humans, could potentially change pigeon excrement into biological soap.

For Pigeon D’Or, van Balen built a coop that clips to a window, which would allow future apartment dwellers to harvest their very own fresh, pigeon-made soap. Another version of the perch extends over a car’s windshield, inviting the birds to come and rain detergent on glass in need of cleaning. Van Balen’s “bespoke urban disinfection” won him an 2011 Ars Electronica Award of Distinction.

Tuur van Balen will be presenting at the Next Nature Power Show on November 5th. Though he won’t be bringing along any sudsy pigeons, he will be teaching the audience how to make their own anti-depressant yogurt.

October 05 2011

German Robots Destroy a Living Room

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Artistic duo Robococo, aka Petra Gemeinboeck and Rob Saunders, have embedded a group of autonomous robots in the walls of a gallery. Wielding hammers and creepy electronic eyes, the robots have been methodically breaking apart their confines for the last few months. While the artists say the piece represents “a stealthy invasion of digital surveillance,” it looks more like the ‘bots just can’t believe your taste in wallpaper.

Via Pruned.

September 27 2011

Gamers Solve Enzyme Riddle

fold-it-protein-game

In a vivd example of the blur between culture and nature, players using an online game called Foldit have helped solve complex questions for researchers about enzyme models. The solution, which eluded researchers for more than 10 years was solved by gamers in only a few days, contributing towards research into anti-AIDS drugs. Giving credit where it’s due, researchers have named the gamers as co-authors in the study published in the journal Nature Structural and Molecular Biology.

Read the full story on BBC.com.

September 26 2011

Next Nature lecture: Gardening Complexity

gardening_complexity

No, the peculiar image above was not created by an in vitro fertilized child from the combined DNA of Escher, Mondrian and Pollock, but rather by 21th century designer Remco van Bladel. The dazzling image is part of the visual identity of the ongoing Patterns and Pleasure Festival organized by Steim in Amsterdam.

Recommended for both musicians as well as economists – if you happen to be in the neighborhood – do visit the Next Nature lecture at the Gardening Complexity symposium. Contrary to the modernistic approach of simplifying through modeling, we must now embrace complexity and guide its growth. Word up.

September 23 2011

Trading Humans for Trading Algorithms

THfTA

The economic system and profit motive has been a driving force that steers and even dictates social change. Investors and stockbrokers have been a major influence to these social changes, as they decide where money is allocated to serve a specific function. The reason why money is invested in some rather than other businesses isn’t always related to evidence that any given company will do better than the other. Rumors and trading floor gossip sometimes fuel speculations that reap major profits for some and painful losses for others. Losses that could mean the termination of jobs. Of course investment and successive financial gains can also lead to job losses, mostly due to automation where machines replace human workers.

Now in a strange yet somewhat satisfactory twist of irony, the people who have been making money out of money, have a growing chance of being replaced by faster and cheaper algorithms that can do their jobs better.

“The Foresight Project” by the “Government Office for Science” of the United Kingdom produced a report called “The Future of Computer Trading in Financial Markets” which investigates the trends of computer trading and its effects on financial markets. One of these effects is the replacement of human speculators by algorithms. Thus far about a third of UK trading is done by computers compared to three quarters in the United States.

Another effect created by the speed at which algorithms conduct their business is that interactions take place at a pace where human intervention could not prevent them. Think about it. A wrong calculation, a undesired self-reinforcing feedback loop triggered by a small delay might shock already quite volatile markets.

Should we consider these next nature algorithms and their possible negative effects as unavoidable as we would an earthquake? One thing is for sure, algorithms will take an ever prevalent role in our financial markets. Thank you profit motive.

September 14 2011

Monsanto’s Technorhetoric Kills Corn

northern corn rootworm

Mega-agro-biotech corporation Monsanto recently denied that insects have developed resistance to their patented Bt corn. Injected with a bacterial gene toxic to corn rootworms, Bt corn has proven so successful with farmers that it now makes up 65 percent of the corn planted in the US. Fields of wilting, dying corn are now following years of massive popularity. Bt-resistant worms have been found in Iowa, Illinois and Minnesota, and are likely to continue spreading.

Profit motive aside, it’s absurd that Monsanto would ever deny that resistance could occur. Monocultures are a pest’s best friend, and no amount of high-tech genetic tweaking will get rid of the fact that pest species evolve at a lightning pace. Neither Monsanto nor outside scientists really thought that Bt-resistant pests would not crop up. The Environmental Protection Agency recommended that fields be planted 50/50 with Bt and “normal” corn, while Monsanto scientist-accountants claimed that a 80/20 split would be sufficient to keep resistant mutations from spreading through the worms’ gene pool.

What’s so striking about this is not the cynical corporate denial, (which we’ve come to expect), but Monsanto’s industrial conception of pest management. It adopts an outdated, early 20th century view of nature: that it can be completely understood, contained, and made static through the power of science. A truly next natural approach to pest management takes into account the principles of guided growth. By providing room for natural genetic variation and maintaining diverse communities of crop species, guided growth helps plants to help themselves- an approach which is, ironically, more characteristic of “old fashioned” organic farms than vast tracts of single-crop GM fields. Of course, I may be giving Monsanto too little credit for their corporate strategy. Without the wonders of pest resistance, they would not be able to roll out a new product every few years. Sustainable systems are bad for capitalism.

Via Mother Jones. Image via Iowa State University.

September 04 2011

Next Nature Services

nextnature_services

Intentionality separates culture from nature. A dog is intentional, a fox is not; a park is intentional, a forest is not. Since trash, ruined buildings, and automated computer programs are unintentional, they are also a type of nature. Nature provides human society with valuable ‘ecosystem services’ such as water purification or erosion control. Next nature provides ecosystem services of its own, although they might not be what we expect.

BY BAS HARING

2010 was the International Year of Biodiversity. The United Nations introduced the concept as a way to draw attention to the decline of nature. Advocating on nature’s behalf, a relatively new argument emerged, ‘ecosystem services’: useful things nature does, unbeknownst to us. Forests filter dust from the air, scrub prevents erosion, and insects pollinate our crops. Incidentally, nature provides us with services that would otherwise have cost a fortune. Leaving aside the question of where they could be purchased. Is it conceivable that one day there will be next nature services, delivered in passing and unintentionally by new, future ecologies?

A rainforest is nature, a park is not. Foxes are nature, dogs are not.

But what makes nature nature? What makes it so valuable and special? Perhaps seeing nature in exaggerated and simplified terms, I can start to think about its future. Is spontaneity not the essence of nature? Put differently, the absence of conscious planning is the essence of nature. A rainforest is nature, a park is not. Foxes are nature, dogs are not. And the ocean is nature, but an oceanarium is not. Parks, dogs and oceanariums have been thought up – we intentionally created and designed them. Nature, by contrast, is not a result of intention. Nature just is. At most it’s a consequence of a ‘natural process’. The very phrase ‘natural process’ illustrates the essence of nature: ‘that’s just the way it is‘ or ‘of itself’. The absence of this deliberation or intention is also the source of nature’s charm. Nature is surprising. It can be surprising, because no one has thought about it in advance. Nature humbles us in all her beauty. Beauty that we had no part in. Ferns, ibises and dragonflies are magnificent, but we didn’t create them or think them up.

The distinction I draw between the intended and unintended shows that there is still a place for ‘real’ nature in the manufactured nature of the park and the oceanarium. Grass stubbornly creeps between the paving stones in the park, and millions of unintended and uninvited plant and animal species live in the water at the oceanarium. Even sheepdogs, shining examples of obedience in the animal world, will occasionally, unintentionally go against their character by chasing after rabbits. Parks, oceanariums and dogs are less natural than forests, oceans and wolves, because they are deliberately designed rather than having simply evolved.

Incidentally, nature provides us with services that would otherwise have cost a fortune.

I wonder how to interpret the statement, ‘Meadow birds belong in the Netherlands’. Or other pronouncements about what nature is supposed to be like: ‘Lions belong in Africa’ and ‘Oranges belong on orange trees.’ I don’t think the sentence ‘Meadow birds belong in the Netherlands’ is a strange one. I might even think it’s true. But if I believe nature is a product of random circumstance, then what do I mean by that sentence? Can something belong somewhere without intent? I believe so. Even if everyone knows meadow birds are indigenous to the Netherlands – they are simply there – one can still believe they belong there. Despite the fact that oranges were not invented or intended (humans did not invent oranges to grow) to grow on orange trees, it’s not strange to argue that they belong there. Something that is intentional should be as it was intended to be. But something unintentional can evidently also belong somewhere. There is a difference between ‘belonging to’ and ‘belong’. An orange may belong on an orange tree, but that does not directly imply that the orange tree is supposed to be that way. But enough about the difference between intention and belonging. Let’s get back to nature.

Is nature green per se, made up only of organic molecules and living cells? I don’t believe it is. Mountains are nature too. They came into being through a natural, unplanned process. And mountains are not composed of organic molecules but of materials like silicon dioxide and limestone, as are streams and salt flats. These things are not green or made of organic material, and yet as far as I’m concerned, they’re part of nature.

Picture yourself in Iceland, walking on top of a volcano with a friend. Around you are bare rocks as far as the eye can see, and to your left is a mountain stream. At one point your friend says, ‘Isn’t nature spectacular?’ You probably won’t be surprised – ‘But this isn’t nature; nature’s made out of organic material!’ Instead, you will agree with your friend – ‘Yes, it’s spectacular’. Following this line of thought, it’s possible that nature  can consist of other materials too. If lime and salt are okay, then why not plastic and electronics? As long as something is unintentional, it can be natural, or perhaps it is even natural by definition.

Near the Dutch city of Almere is an unfinished modern castle, it was originally intended as a luxury hotel, but it was never completed and will never be. Instead of a modern replica of a medieval castle, there is a rough castle-shaped block of building materials – nowhere near the original intention. This modern ruin in the middle of the forest is more natural than the surrounding woods. The trees were planted, intentionally; the castle’s current form is an accident. The unintentional, chaotic organization of large companies could perhaps also be understood as next nature – marketing departments redoing the work of communication departments; little groups of people who don’t know what the others are doing and may even be working against each other, unknowingly. And then there are the messages generated by Twitter bots, automatic tweet-generating programmes. No one creates these random tweets (if you don’t include the programmer) – another new kind of nature. In the future, maybe Twitter bots will have brief conversations with each other, without any human intervention: ‘How are you?’ ‘Fine, thank you. How are you?’ These unintentional conversations can be considered a new kind of nature.

The world is becoming increasingly planned and thus increasingly unnatural. The more people there are, taking up more space, the more we think about that space. Unplanned, natural space turns into planned, unnatural space. But I believe the unintentional will keep creeping up in between all those intentions, like grass between the paving stones in the park. It may happen in odd places – inside computers, on building sites, in organizations – but the unintentional will stick around. Will this new nature potentially be of value? When it comes to value in nature, the following paradox applies: plants and animals hold value for us mainly in manufactured sense. The value of agricultural crops is obvious, but maize and grain fields are not nature. The most valuable trees grow in planted forests, not in ‘real’ nature. And the animals we eat are rarely wild, natural ones.

In one town, an old rubbish dump was transformed into an indoor piste, giving new value to something that once had none.

The term ‘value’ is a complicated one. There are ‘intrinsic value’, ‘aesthetic value’ and ‘economic value’, and probably many other kinds too, but to reduce the complexity somewhat, I will refer here mainly to economic value – not because I believe it is the only kind of value that matters but because it is the easiest to grasp and the least debatable. The plants and animals that possess the most value to us – maize, grain, vegetables, oak, pigs, grass, cows and chickens – no longer have value in nature. They are cultivated, planned and controlled, in fields, barns and planted forests. It is non-nature, lifted out of nature through intention that has obvious value.

But what about the value of genuine nature – the virgin forests of Siberia, the gulls in the Wadden Sea? Don’t they still hold value, even if it is unintended? And it is precisely here that we find the invisible ecosystem services: that nature provides. Worms, along with millions of species of bacteria and single-celled organisms, keep the soil fertile so that we have maize and grain to harvest; forests filter dust from the air; insects pollinate our crops. These are invisible, valuable services provided by nature – incidental services from unintentional nature. And they are much more exciting than the value of intentional animals and plants in parks, barns and oceanariums. Those are intended, here for a reason, and so, logically they have value. But the fact that unintentional nature has value too might come as a surprise.

Ecosystem services supply nature conservationists with a timely argument for their cause. And ecosystem services are one piece of evidence the U.N cites in its defense of nature. If nature contributes incidental value, then it would seem logical that unintended new nature can too. If the essence of nature is its lack of planning, if nature has various unintentional kinds of value, generated in passing, and if nature is not made of organic material per se but could also consist of plastic, buildings and software in the future, then this suggests that new nature will also have new kinds of value in the future.

Is this really conceivable? Is it possible that tweeting robots, chaotic organizations, modern ruins and other forms of new unintentional nature secretly have value, without it being intentional, and without us knowing it yet?

It just might be, and I have already seen the first indications. The Netherlands is a flat country and this is of value. It makes a big difference to the cost of agricultural labor. But a hill here and there can also be valuable, even if it’s just used for skiing. In one town, an old rubbish dump was transformed into an indoor piste, giving new value to something that once had none. It is true that the site was built intentionally and according to plan, but as a dump, not a ski slope. Its value as a hill only became apparent later. Shipwrecks and sunken drilling platforms are another example (can be warm or cold ocean, doesn’t matter to fish). Without intention, they lie rusting and rotting on the seabed. Yet they have turned out to be of great value.

As long as something is unintentional, it can be natural, or perhaps it is even natural by definition.

Fish and other forms of life gather around these wrecks. Divers swim there, and fishermen make extraordinary catches. These unplanned wrecks have unintentional value: a service is provided accidentally by a new, next nature. The fibers in wrecked cars from wiring insulation and upholstery are a final example. These fibers are a byproduct of modern car salvage. After the steel and other valuable materials have been removed, rubber and fibers remain. People found no use for these fibers until it was discovered that they could be used in water purification. Certain pollutants bind to them perfectly. Perhaps even the plastic island – the enormous accumulation of synthetic material floating near Hawaii that is larger than France – secretly has value, as an island that was not planned and is therefore nature. It is not inconceivable that this plastic mountain will turn out to have incidental value. In any case, we must continue to look at possible new natures with a fresh eye. Nature is spontaneous, and therefore it is also unexpected. Next nature could manifest itself in many unexpected ways, with many unexpected kinds of value.

Published in Next Nature book (forthcoming). Image Fish using shipwreck, Northwest Hawaiian Islands, photo via Photolib.nasa.gov.

Mapping the Utilisphere

Click here to view the embedded video.

Earth has had a geosphere, atmosphere and biosphere for a few billion years. Only within the last several thousand years has earth gained a global noosphere, the intangible ‘sphere’ of human thought and communication on earth. Now, anthropologist Félix Pharand has mapped an even newer addition to the Anthropocene’s profusion of next natural spheres.

The utilisphere consists of the planet’s utilities and transportation networks: highways, railroads, pipelines and fiber optic cables. By making his animation without labels or city names, Pharand invites us to view the spiderweb shape of the utilisphere as something more organic, approaching the freshwater hydrosphere in complexity.

Via Gizmodo

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