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Wired Magazine


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Artist Teaches Roots To Grow In Beautiful, Alien Patterns

THE HUMAN RACE has a long history of bending nature to its will. The results of this relationship can be devastating—but they can also be strikingly beautiful, as German artist Diana Scherer skillfully proves with her low-relief sculptures made from plant roots. Scherer grows these works of art by planting oat and wheat seeds in soil, and then carefully, meticulously, warping the growth pattern. She prefers to train her roots into geometric patterns found in nature, like honeycomb structures, or foliate designs reminiscent of Middle Eastern arabesques.

But even with that botanical theme, applied to a botanical substance, Scherer’s pieces look distinctly alien—like the plant equivalent of women who’ve trained their waists with corsets, or feet with foot binding. “I think that people, they cherish nature, but on the other hand they are really quite cruel with nature,” Scherer says. “Like the gardener is telling us he loves nature, but the garden has to look like what he wants it to in his mind. He has to crop and prune and use poison.” Scherer makes no claims to a nobler process. Her artistic impulse, she says, is to control the roots in her pieces. “The roots that I domesticate, they have to do what I tell them.”

Scherer started contemplating what she calls root system domestication in 2012, during work on a series called “Nurture Studies.” She created those pieces by potting flowers in vases, allowing the soil and roots to congeal in place, and then breaking the vases. The root patterns were frozen in place and totally exposed, and Scherer says she became fascinated by the vast differences in growth patterns, colors, textures, and thicknesses. It reminded her of yarn, and, because she’s an artist, she immediately wondered if she could weave roots underground.

Scherer won’t say much about the technique she’s developed in the years since, other than it involves a “template,” which functions like a mold. Since late 2014 she’s worked with biologists and ecologists at Radboud University in Nijmegen, in The Netherlands, learning more about which types of roots grow fast and train easily (oats and wheats) and which ones grow slowly and with less structural conviction (daisies). This year, Scherer won the New Material Award from Het Nieuwe Instituut for the arts, in Rotterdam, for her textile-like pieces. With the help of the scientists at Radboud, she’s working on strengthening the designs even further and researching its market potential (hence the secrecy.)

For now, Scherer is in a stage of rapid experimentation. By adjusting the density of seeds or planting a new strain of grass, she can produce wildly different textures. The work is, by definition ephemeral—Scherer says she gets each piece for about two weeks before it starts to dehydrate and shrivel. But even with that lifespan, her bounty is significant. “I’m growing out of my studio,” Scherer says. Which feels kind of poetic. Even when you’re taming nature, it finds ways to take over.

https://www.wired.com/2016/12/artist-teaches-roots-grow-beautiful-alien-patterns/ 

 


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Interview with Caroline Roux about growing a dress from plant roots, which features in the Victoria & Albert Museum ‘Fashionioned from Nature’ exhibition.


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Rootkit


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http://www.bldgblog.com/

The work of German-born artist Diana Scherer explores what she calls “the dynamics of belowground plant parts.” She uses plant roots themselves as a medium for creating patterns and networks, the purpose of which is to suggest overlaps between human technological activity and the embodied “intelligence” of living botanical matter. “This buried matter is still a wondrous land,” she writes. The results are incredible. They feature roots woven like carpets or textiles, imitating Gothic ornament with floral patterns and computational arabesques underground. Compare Scherer’s work, for example, to traditional Gothic plant ornament—that is, geometric shapes meant to imitate the movements and behaviors of plants—but here actually achieved with plants themselves. Scherer calls this “root system domestication,” where, on the flipside of an otherwise perfectly “natural” landscape, such as an expanse of lawn grass, wonderfully artificial, technical patterns can be achieved. The idea that we could grow biological circuits and living rootkits is incredible, as if, someday, electronic design and gardening will—wonderfully and surreally—converge. You simply step into your backyard, exhume some root matter as if harvesting potatoes, and whole new circuits and electrical networks are yours to install elsewhere. After all, the soil is already alive with electricity, and plants are, in effect, computer networks in waiting. Scherer’s work simply takes those observations to their next logical step, you might argue, using plants themselves as an intelligent form-finding technology with implications for the organic hardware of tomorrow.

 


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Frame Magazine


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Wageningen & Research

resource.wur.nl/en/science/show/Weaving-with-roots.htm

Anyone who has ever dropped a pot plant gets the picture. The clump of white roots has taken on the shape of the broken pot. Petrified life force. Quite beautiful really. This is more or less how it started for the German artist Diana Scherer. ‘I was fascinated by it and I took pictures and hung them up in my studio. Then I thought: what can I do with this?’ This turned out to be the start of a quest, the results of which so far can be seen in Impulse, where Scherer’s intriguing root art will be exhibited for another month.

The clumps of roots inspired Scherer to create a series of root vases: flowers in vases made out of their root systems. ‘What happened was that I discovered that every plant has its own type of roots. Every root system is different in shape and structure. Chamomile, for instance, has rough, very woolly roots. Grass has silky, white roots. One plant only makes thick ropes while another makes those tiny little hairy roots, making it rather cuddly.’

Scherer spent two summers experimenting in her studio in Amsterdam. ‘And that was not easy at all. Not every plant wants to be forced into any old vase. I had to really research that, and lots of things went wrong at first. Roots that rotted away, for instance, because it was too wet. In the end I made a book containing 32 different plants.’

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Experimenting

But the real manipulation was still to come at the point. It became clear to Scherer that she wanted to carry on working on the roots after the vase phase. At some point it occurred to her that the roots could be used as yarns. ‘Then I got the idea that I wanted to weave. I thought: that’s cool, I’m going to make a textile out of this.’ Because if roots can take on the shape of a vase, why not another form imposed on them from outside?

It took Scherer over a year of experimenting before she ‘had something to show for it that looked a bit presentable.’ Exactly how she managed that is her secret. ‘I worked on this for a very long time and I don’t want other people imitating it. If someone wants to do it, they’ll have to figure it out for themselves. It’s a bit like a painter who worked for three years to get the perfect blue. That’s a trade secret, I’m not giving it away. What is more, there is potential here for new materials.’

‘Also, as an artist I feel it detracts from the magic if you know how I did it,’ adds Scherer. ‘I feel I’m betraying my work if I tell people how I do it.’ Without going into details, then, what it boils down to is that Scherer gets roots to grow in a template-like mould. And the roots do that, she explains, because they are continuously searching for food. ‘What they really want is to grow downwards in search of water and nutrients. They search in every direction and go wherever I give them space to go. The dynamics and power of the growth process are incredible.’

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Manipulation

Scherer mainly works with oats and wheat. ‘Oats can be sown very close together, which gives you an extremely high volume of roots. And oats grow fast as well. In the summer I can sometimes get a pattern within two weeks. And because it grows so quickly, the roots are still very young as well. Young roots are very beautiful and have tiny little hairy roots which are rather cuddly.’ This pattern on the underside is what it is all about. When that carpet is ready, Scherer turns the ‘lawn’ over and the result is recorded with a technical camera in great detail.

Scherer’s work is all about manipulation, human control over nature. The photos show root fibres with clear-cut geometric patterns. The work raises questions about the relationships between people and the natural world. Can this still be called nature, for instance?  Scherer: ‘I change a natural fibre in the root system into an artificial and textile-like fibre. That is what you do as an artist: change reality into what you want it to be. I send the roots in all directions. Maybe that’s not very nice or respectful. If I wanted to respect the will of the roots, I wouldn’t make them grown in templates. I impose my will on them and domesticate them, but I’m not ashamed of that. Manipulation is the artist’s challenge. I make nature do my bidding. And we all do that actually. Everyone prunes and mows, and we all want things to look exactly as we want them. That’s manipulation too. What I do is no different really, it’s just that you haven’t seen this before.’

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Intelligent plants

There are a couple of withered flowers on the table in Scherer’s studio. ‘I think those plants are very cross with me,’ she announces suddenly. ‘Because I neglected them so badly. Plants are extremely sensitive. Especially underground. Did you know that mother trees feed their young nearby through fungi? When animals eat from plants, those plants send out signals which cause other plants to generate toxic substances that kill the animals. That’s smart! Yes, I do believe plants are intelligent. As an artist I can afford to believe that. I don’t believe a plant will every win the Nobel Prize, mind you, but I do think this kind of plant response is smart. It would be stupid of plants not to warn each other. Why shouldn’t plants have intelligence? I’m convinced of it. I think there is much more intelligence there than we realize.’

 That’s smart! Yes, I do believe plants are intelligent

Good insulation material

Scherer’s work is attracting plenty of interest. She won the New Material Award at the latest Dutch Design Week in Eindhoven. Scherer’s root fibres hold out the promise of exciting new materials, say experts. ‘But it is not just new and fun,’ says Scherer. ‘Roots store CO2 too. That is interesting in ecological terms. The nice thing about it is that the material creates itself as it grows. Unlike other natural materials such as coconut fibre or cotton, you don’t have to weave it afterwards to get your product. Roots weave themselves, and that makes them an attractive prospect.’

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Together with an ecologist from Radboud University in Nijmegen, Scherer is going to look for stronger roots and ways of conserving fibres. ‘Maybe it will become a kind of insulation material,’ she thinks aloud. ‘But then material you can stick onto a wall instead of behind it. Insulation which is so attractive you want to be able to see it. But this idea is still in its infancy. I’m looking for business partners.’

Root dress

There is another new challenge in the patterns Scherer works with. Up to now, Scherer found most of her inspiration in basic geometrical figures, which occur all over the place in nature. ‘The hexagon, for example, which you find in honeycombs, crystals or organic molecules. And shapes from Art nouveau, which was also very much inspired by nature. But the next step is for me to make my own patterns, together with a mathematical pattern designer. It needs to be taken a step further, so that I don’t keep it to myself anymore.’

 Oh, the possibilities are endless

The possibilities for playing with roots are endless. Her first attempt at a dress made of roots lies on the table beside her. It looks pretty wearable. She also wants to work with several different kinds of roots at the same time, in her carpets. ‘A kind of intercropping. And I also want to work with several layers, for instance. Oh, the possibilities are endless.’

Diana Scherer’s exhibition Interwoven can be seen in Impulse on Wageningen Campus until Friday 3 February.


Root science

That Diana Scherer’s root art is on view in Wageningen is thanks to professor of Plant Ecology Liesje Mommer. At a symposium to mark the opening of the exhibition in December, several Wageningen researchers shed light on the wondrous world of roots, and Mommer was one of them.

Professor Mommer studies the interaction between plants and fungi in natural grasslands. Biodiversity plays an important role in this. The more species of plants the better. That is, the more different roots, the better. A greater wealth of species lead to higher productivity of the ecosystem. Mommer thinks that is because pathogenic fungi get less chance of doing their thing in soils with a variety of different root systems. It is harder for the fungi to find their favourite plants. ‘Lost in diversity,’ Mommer calls it. ‘There are so many signals, metabolic products and volatile substances given off by roots and bacteria, that pathogenic fungi lose their way.’

Another speaker at the symposium was assistant professor Jochem Evers of the Centre for crop systems analysis. Where artist Scherer forces roots to grow where she want them to, Evers seeks to model mathematically why roots of different species grow the way they do. The roots find their own way through a forest of stimuli. Evers starts simply with an established system of maize and beans, in which the yield is bigger when the two crops are grown together than when they are grown separately. The roots of beans excrete organic acids which make phosphate present in the soil dissolve. Maize then benefits from the available phosphate. And so the whole is more than the sum of the parts.


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Trouw


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By Joke de Wolf


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Uitgelicht Volkskrant


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De schoonheid van de wortelwereld
Kunstenares Diana Scherer dresseert plantenwortels zodat ze in fraaie vormen groeien. Tot grote vreugde van de wetenschappers die haar begeleiden: iederéén kan nu de schoonheid van de wortelwereld zien.

Als een plant zijn wereld zou beschrijven, zou hij dat misschien wel ondersteboven doen, en beginnen bij de wortels. Want leuk hoor, dat groen daarboven. Maar als je op zoek gaat naar de essentie van zo’n plant vlak dan de wortels niet uit.

‘Een hele wereld van interacties en gevechten met bacteriën en andere wortels speelt zich daar beneden af’, vertelt de Nijmeegse hoogleraar experimentele plantenecologie Hans de Kroon. ‘Die wortels zijn eigenlijk de hersenen van de plant’, zegt kunstenares en fotografe Diana Scherer. ‘Er gebeurt ontzettend veel onder de grond.’

Sinds enige tijd is Scherer u kunt de naam kennen van haar fotowerk voor de zaterdagbijlagen van deze krant die wereld aan het verkennen, vanuit het vernieuwde ‘wortellaboratorium’ van De Kroon, dat vandaag officieel wordt geopend in Nijmegen. Gesteund door de biologen en de conservator kunst en cultuur van het Radboud UMC probeert ze de wortels in kunstzinnige banen te leiden.

‘Het zijn eigenlijk een soort haren of draden. Dus misschien kun je ze zo modelleren dat ze een geheel vormen. Een weefsel, of een mat’, zegt de kunstenares. ‘We werken nooit op deze manier, maar we leren hier veel van’, zegt de wetenschapper. ‘Diana geeft uitdrukking aan de schoonheid van deze wereld, die wij in onze gedachten al hadden. Dit zijn zoekende, tastende organen, met zintuigen die hun omgeving waarnemen. Dat zie je hier uitgebeeld.’

Nog een heel gedoe om die zoekende en tastende organen een beetje in het gareel te houden, vertelt Scherer. ‘Eigenlijk groeien ze alle kanten op. Ze zoeken constant naar voedsel, donkerte, water. Als je ze op een sjabloon laat groeien, vullen die wortels tot mijn verbazing zelfs kleine holtes helemaal op.’

Nu ze de techniek na veel proberen onder de knie begint te krijgen, met grassen, tarwe en haver als leveranciers van de wortels, wordt het tijd voor de volgende stap: ‘Ik wil proberen de verhalen van boven te verbinden met de wereld onder de grond. Planten hebben vaak allerlei geneeskrachtige of rituele betekenissen. Die verhalen wil ik vertalen naar de wortels, tot uitdrukking brengen in de ondergrondse patronen.’