You might remember that over 8 months ago i spent 7 days in Pittsburgh for a A/S/T Book Sprint. Together with curator Andrea Grover, art and science writer and pop star Claire L. Evans and architect and designer Pablo Garcia, i spent a whole week locked inside the STUDIO for Creative Inquiry at Carnegie Mellon University discussing and writing about the intersection of art/science/technology with explorations into maker culture, hacking, artist research, distributed creativity, and technological and speculative design.
Andrea also had the bright idea to involve graphic designers Jessica Young, and Luke Bulman from Thumb in the whole production process. Each evening we would gather around their computer screens and watch how these two talented designers had given shape to our ideas and texts.
The book is finally out! It's called New Art/Science Affinities and you can either buy it on Lulu or download the PDF for free.
Don't expect to read the ultimate compendium of all things art and science (it was written in only 7 days by 4 people after all), it would be more appropriate to see it as a subjective snapshot of what the art&science community is up to right now (or rather 8 months ago). What i can say with certainty is that the book is the result of one of the most exciting moments of my blogger life. So thank you Andrea for inviting us to book sprint, to Golan Levin for hosting us at the STUDIO for Creative Inquiry, to Astria Suparak from the Miller Gallery for her continuous support. And a huge thank you to all the artists we've contacted at the very last moment with an urgent request to send us photos or to talk with us on skype.
Views inside the book:
I was planning to post this interview next week but because Ivan Henriques's action plant is yet another brilliant work on show at ArtBots Gent this weekend, i thought it would be silly to wait and not promote the event with a timely post.
Ivan Henriques worked with professor Bert van Duijn (Biology University and Hortus Botanicus in Leiden) on a research into the "action potential" of the Mimosa Pudica. The result of their collaboration is Jurema Action Plant, a machine which interfaces a sensitive plant (Mimosa Pudica), enabling it to enjoy technologies similar to the ones humans use. The project also explores new ways of communication and co-relation between machines, humans, and other living organism.
Plants don't have nerves, wires nor cables but much like humans, animals and machines, they have an electrical signal traveling inside their cells. The plant is fitted with electrodes and placed on a robotic structure. A signal amplifier reads the differences in the electromagnetic field around the plant to determine when it is being touched. Any variation triggers movement of the robotic structure by means of a custom-made circuit board. Touching any part of the plant is enough to make it move away from the person touching it. One of the most common names given to that plant after all is 'touch-me-not.'
If the plants can fell the touch and this signal travels inside the plant and be can be measured in any part, does it means that plants have memory, consciousness?
Imagine if we could communicate with plants and work together. Is it possible to reshape and redefine our tools to be coherent with the environment? Would we keep on destroying the few existent plants/animals and forests?
Hi Ivan! How did you get the idea and why did you want to build this plant-machine and give some power to the plants?
The main idea of empowering the plant comes from a range of work that I am developing called Oritur (Oritur is also the title of the book which is a compilation of texts from myself and invited artists and researchers from different countries - it will be published soon by Verbeke Foundation).
Jurema Action Plant (JAP) is a hacked wheelchair and an electronic board of communication with the Mimosa -- acting as an interface of communication between the bio-machine and us. In order to realize this work I thought about three aspects: biodiversity, plant intelligence and machine intelligence. 1) Creating a new kind of specimen, an assemblage of a plant and a machine -- a hybrid; 2) A simple movement of a finger towards the plant leaves makes it move away after the touch; 3) The plant triggers the hacked machine via the electronic board of communication into movement. While developing this work at the Summer Residency at V2_ Institute for the Unstable Media in Rotterdam/NL, it raised some questions:
Are the mechanics found in some plants species an intelligence? Do plants feel? How do they respond to the environment? Are plants considered in a lower level than us because they don't move and communicate in the same timescale as ours? My position in Jurema Action Plant is to explore plant behavior, research this intelligence to find possibilities for direct interaction and create a work which makes people think about our future.
You're going to spend several months at the Verbeke Foundation for a residency. What are you going to work on there?
At the moment I am rebuilding a piece called Three Seconds which will be part of Verbeke's collection. It is composed of a closed circuit where a video camera, which faces and captures images from a rectangular aquarium containing a live Goldfish, the image is transmitted to a monitor, which has the same proportions of the aquarium and also faces it. Between the camera and the monitor there is an apparatus, which gives a three second delay to the live image. In this way the fish, which as we know has a three second memory-span, can see its recent past, which it would otherwise not be able to reach.
I am very exited to start the residency at Verbeke foundation (which will complete two weeks October 11th) and I have several ideas which are in a cloud of concepts such as architecture, recycle, interaction, biology, evolution, utopia, movement, kinetics and living organisms.
You worked with professor Bert van Duijn from the Biology University and the Hortus Botanicus, in Leiden, to develop the action plant. How was the collaboration going? Do you find it easy as an artist to communicate with a scientist? Do you use the same language, for example? Do you have to adjust to each other's way of working and thinking about nature?
While researching about plants mechanics, physiology and biodynamics, I had the opportunity to meet professor Bert van Duijn who uses a technique called action potential to measure electrical signals that travels inside the plant for agricultural purposes. Through professor van Duijn I met the organization from Hortus Botanicus Leiden which opened their doors to my research about this specific plant and helped me seed the Mimosas. We had to adjust our vocabulary and tools all the time and the whole team had different perspectives and goals when working with nature.
Can you also tell us something about the rhythm of the plant? Sometimes it rests, it doesn't react as fast as the machines we are used to (from toaster to robot)... Do you think humans are ready to accept and respect this 'slowness' of the machine?
Much like humans, animals and machines, plants have an electrical signal traveling inside them, but they do not have nerves like humans and animals; nor wires and cables like machines. Plants are completely independent and can exist without humans, but humans and animals need plants to survive. They are also moving, to extend their territory, but on a very different timescale to ours. Jurema Action Plant has its own time, it is an equalization of ourselves, machines and plants. In my opinion we have to re-think about the machines we develop and the concept of bio-sensors. There are plenty of machines in the world and we keep on making them. Do you know where these electronic components comes from, how they are made and in which conditions? Why not re-use? The machines we create are coherent within themselves but I think that our machines could be much more coherent to the environment. JAP is a prototype of machines for our future, where we can communicate with all the specimens at the same level to achieve a common evolution. Even if we have signs of a catastrophe in the next future due to global warming, war, deforestation, population growth and a very strong economical difference from place to place, I believe in a good future. The problem is not the technological development, but who is in charge of researches, innovations and changes.
What are you doing when you're not working on Jurema Action Plant?
I have some projects going on and I'm preparing new ones, making drawings, graphics, researching about kinetic architectures and motors that run with very low voltage and current. I am also preparing the third edition of EME - Estúdio Móvel Experimental (first edition 2009 and second in 2010), a mobile residency in Rio de Janeiro that works as a platform for artists and researchers to explore and create public artworks/workshops in the natural and urban environment in Rio.
This year's ArtBots is organised by timelab Gent, in cooperation with ArtBots US, Ugent and Foam. It's open only over the upcoming weekend in Ghent, Belgium.
If you miss ArtBots, Jurema Action Plant is also exhibited at the Verbeke Foundation and it will travel to Leiden in October for the Scheltema festival.
I don't review documentaries very often but 1. i should and 2. this one is about Joe David, a pioneer in the field of art and biotechnology. And so much more.
Trailer for HEAVEN + EARTH + JOE DAVIS, a film by Peter Sasowsky:
Short Synopsis: Thirty years ago, a peg-legged motorcycle mechanic walked into the Center for Advanced Visual Studies at MIT. They had not returned his calls. The police were summoned. Forty-five minutes later he walked out with an academic appointment. Since then Joe Davis has sent vaginal contractions into space to communicate with aliens, encoded poetry into DNA, and designed a sculpture to save the world.
It's a great life for a man driven by imagination - except when it's not. No one pays him. He is evicted from apartments and labs. His uncompromising approach to art and life collides with the world's banal requirements. This is a story of self-discovery, sacrifice and the complexity of human endeavor, of the price of art and the ecstatic joy of discovery.
HEAVEN + EARTH + JOE DAVIS is a 90 minute wonder: the movie manages to capture the chaos (or at least a significant part of it) inside the head of Joe Davis. Clearly, the film Director is like most of us, he is puzzled by half of what Davis says or does but that doesn't prevent him from appreciating and communicating the wit and depth of the MIT researcher, artist, thinkerer and scientist.
The first moments of the film might be unsettling if you've never heart of Davis or of the field of bioart but the movie fills you in bit by bit and the charisma of the man will do the rest. On the other hand, you can still expect a hell of a ride even if you've studied the work and thoughts of Davies. One minute, the artist goes on a 'trash night' in Cambridge next, he explains you how to insert messages into bacteria or how to distinguish the sound that a paramecia make from the sound that a stentor emits. After that he will marvel at ferns or cover a pretty Norwegian woman in honey for a performance that will transport sound on lightwaves and then remind you that astronauts are flushing toilets in outer space and that the matter is circling the Earth as you're reading these lines. We see him washing dishes in a bar like others do yoga, fight for a space to store his work, fight to get funding, fight to find a language that other people might understand.
The most disheartening moments depict the resistances he meets in the art world and the science world alike. Because if there's one man who can teach something to the many 'art and science' conferences organized all over the world these days, it's Davis. He is an artist as much as a scientist and he cannot really dissociate between the two like our culture does. The film shows how he moves back and forth between departments at MIT. He belongs to the biology, the art or the architecture departments but he doesn't quite fit in any of them.
The images alternate between snapshots of Davis life, archives documenting some of his most memorable works and family movies that show Davis as a kid and capture the faith that the '50s had in the power of science and technology.
The film has its lengths and repetitions but it illustrates quite convincingly Davis's belief that "The things that are the most sensible turn out to be most absurd and the things that are the most absurd turn out to make most sense."
If you're in London, don't miss the screening of HEAVEN + EARTH + JOE DAVIS on October 1 and 2. The film is an official selection of the 2011 Raindance Film Festival, and is one of 5 films nominated for the jury award of Best Documentary.
Follow the facebook page of the film for news about screenings and related events.
P.s. Thanks Tamar for telling me about the film!
The competition for Designers & Artists 4 Genomics Award (DA4GA) invites artists and designers to team up with the Netherlands most prestigious Genomics Centres and produce new artworks in the field of sustainability, food, health, bio-informatics, agriculture, and safety. So far the competition was only open to people living, studying or working in The Netherlands.
But the good news is that the first edition was so successful that The Netherlands Genomics Initiative, the Centre for Society and Genomics and Waag Society have decided to open up their second call for application to artists and designers from any country. Three projects will be selected and awarded € 25.000 for the realization of the final piece. The only condition is for you to have graduated in the past five years. Application form and other info, this way please!
A few weeks ago, i was in The Netherlands to see the result of the first competition. You might remember that i had interviewed the 3 winning artists/designers just as they were about to start developing their projects (The Miscroscopic Opera, 2.6g 329m/s, aka the 'bulletproof skin' and System Synthetics) so i was curious to see whether the final pieces lived up to their (and my!) expectations. The show is up until January 8th at Naturalis, the Netherlands Centre for Biodiversity which is located in Leiden, a short train ride from Amsterdam.
The best surprise for me was definitely the Microscopic Opera, developed by Matthijs Munnik in collaboration with Richard de Boer from the Netherlands Consortium for Systems Biology. In this installation, the fluid movements of the humble lab worms C.elegans are turned into sounds and images. This tiny worm is used routinely as a model organism in research laboratories around the world. Its 'participation' to the artwork is particularly relevant to genomics since C.elegans is the first multicellular organism to have its genome completely sequenced.
A software tracks and converts the movements of the worms into various sounds that range from abstract opera singing to dynamic soundtrack of background sounds. The public can follow the activity of the creatures on a series of screens, they display the images magnified by the microscopes installed above the petri dishes containing each from 100 to 1000 worms.
Microscopic Opera could have been yet another 'new media art' installation controlled by a living being but, somehow, the modesty of the performers, the pleasant sounds they generate and the control and dignity they gain in the process made for a surprisingly moving experience.
The project that got most headlines in newspapers and blogs is 2.6g 329m/s, developed by Jalila Essaidi with the help of Forensic Genomics Consortium Netherlands. The objective of her project was to create a a bulletproof human skin, the kind DARPA would pay fortunes to get their hands on. Except that the project is first and foremost the trigger for a reflection about the many social, political, ethical and cultural issues concerning safety.
The rather unappealing result is a hybrid between spider's silk produced by transgenic silkworm and human skin cells:
In an interview with Neva Lukic, the artist explained why her project explores the concept, relativity and borderlines of safety: Safety is relative. You can use multiple layers of this skin but there will always be something else that can harm you. A nice example is made by Lucas Evers, the initiator of this project, who told me that before there were no safety belts in the car, the child was protected only with his father's hand and that was enough for the child to feel safe... The question of this work is also about the border. Scientists are also thinking about that. So it has to become accessible to the whole society. Just as safety is relative, so is the word bulletproof. For example, I have recorded two impacts of a slower bullet, the same caliber but with a lower speed. The bullets didn't pierce the skin, but in both situations they showed very different results. One of them got embedded in the ballistic gel, wrapped in the silk-skin, much like an arrow in the silk vest of a warrior during the time of Genghis Kahn would have done. The other one was on a piece of skin with more spider silk layers and the bullet got embedded in the skin itself and not all the way inside the ballistic gel. Two entirely different results, both being bulletproof.
Jalila has recently posted on her blog, the extract of Sam Gaty & George Costakis' upcoming A Documentary Film about Synthetic Biology. The short video below gives a quick overview of the work being done in a farm in Laramie, WY whereby spider silk is being spun from goat milk.
The third project is System Synthetics, by designer Maurizio Montalti in cooperation with the Kluyver Centre for Genomics of Industrial Fermentation. The ambitious work attempts to study the possibilities of production of the bio fuel out of the degradation process of the plastic waste using two fungal organisms. A first type of fungi would break down plastic waste, a yeast would then take over and produce bio-ethanol out of it.
(images Maurizio Montalti)
The final installation doesn't showcase the successful outcome of the project (the whole process would take years to complete) but it documents the intention, the experiments and points to the ecological burden that plastic imposes on our planet. There is a series of objects in a window that deconstruct the process from the moment plastic is broken down by men into smaller particles to phase when plastic waste would finally be transformed in an alternative energy source.
You might get a better idea of the whole project by watching this film:
The Casino de Luxembourg has, once again, put up an show worth a trip to the capital of the tiny Grand Duchy of Luxembourg. Second Lives: Jeux masqués et autres Je raises questions about the blurring of identity in contemporary society. I'll review the whole exhibition later on this week but in the meantime i'd like to single out a work i found particularly striking.
In February of this year, Art Orienté objet (Marion Laval-Jeantet & Benoît Mangin) were at galerie Kapelica in Ljubljana to perform Que le cheval vive en moi (May the horse live in me), a bold self-experiment that aimed to blur the boundaries between species.
The French artistic duo has been exploring trans-species relationships and the questioning of scientific methods and tools for 20 years now. This time their work involved injecting Marion Laval-Jeantet with horse blood plasma. Over the course of several months, the artist prepared her body by allowing to be injected with horse immunoglobulins, the glycoproteins that circulate in the blood serum, and which, for example, can function as antibodies in immune response. The artist called the process "mithridatization", after Mithridates VI of Pontus who cultivated an immunity to poisons by regularly ingesting sub-lethal doses of the same.
In February 2011, having progressively built up her tolerance to the foreign animal bodies, she was injected with horse blood plasma containing the entire spectrum of foreign immunoglobulins, without falling into anaphylactic shock, an acute multi-system allergic reaction.
Horse immunoglobulins by-passed the defensive mechanisms of her own human immune system, entered her blood stream to bond with the proteins of her own body and, as a result of this synthesis, have an effect on all major body functions, impacting even the nervous system, so that the artist, during and in the weeks after the performance, experienced not only alterations in her physiological rhythm but also of her consciousness. "I had the feeling of being extra-human," explained the artist. "I was not in my usual body. I was hyper-powerful, hyper-sensitive, hyper-nervous and very diffident. The emotionalism of an herbivore. I could not sleep. I probably felt a bit like a horse.'
After the transfusion, Laval-Jeantet, perched on stilts, performed a communication ritual with a horse before her hybrid blood was extracted and freeze-dried.
Video documenting the performance:
As a radical experiment whose long-term effects cannot be calculated, Que le cheval vive en moi questions the anthropocentric attitude inherent to our technological understanding. Instead of trying to attain "homeostasis," a state of physiological balance, with this performance, the artists sought to initiate a process of "synthetic transi-stasis," in which the only constant is continual transformation and adaptation. The performance represents a continuation of the centaur myth, that human-horse hybrid which, as "animal in human," symbolizes the antithesis of the rider, who as human dominates the animal.
Second Lives: Jeux masqués et autres Je remains open at the Casino de Luxembourg - Forum d'art contemporain through September 11, 2011.
If you want to see a penguin, you go to the zoo. If you're curious about dinosaurs and dodos, any natural history museum will enlighten you. But where do you go if you want to learn about spider silk-producing goats, anti-malarial mosquitoes, fluorescent zebrafish or the terminator gene?
Right now, you can only rely on good old internet. But in June, the Center for PostNatural History will finally open its doors to anyone interested in genetically engineered life forms. This public outreach organization is dedicated to collecting, documenting and exhibiting life forms that have been intentionally altered by people through processes such as selective breeding and genetic engineering.
The center maintains a collection of living species when it's possible. Otherwise they welcome the dead bodies of organisms of postnatural origin and in the absence of postnatural corpses, they present video and photography.
Along with its permanent exhibition and research facility for PostNatural studies, the center organizes traveling exhibitions that address the PostNatural through thematic and regional perspectives.
The center wasn't open yet when we visited Pell. All the images below were taken in the temporary studio where the collection is stored until the grand opening.
Hi, Rich! The Center for Postnatural History (CPNH) looks pretty unique to me but do you know if there are any center, organization or groups doing something similar anywhere else in the world?
We wouldn't want to stake our merit on claims of being first. There are in fact several natural history museums that have mounted exhibits that address issues of postnatural interest, such as the origins of domesticated Horses exhibit produced by the American Natural History Museum in NYC, or domesticated crops, such as the Seeds of Change exhibit at the National Museum of Natural History in Washington DC, or the transgenic bull Herman, who is on display at the Naturalis in the Netherlands. However, these are the exceptions to the rule. None of these museums are actively collecting, or interested in collecting, domesticated or otherwise genetically modified organisms. The evolutionary history that begins with the dawn of agriculture and the domestication of animals and continues on towards genetic engineering and synthetic biology is documented in bits and pieces, but not in any central location. To our knowledge there are no other museums that take as their mission to collect and exhibit the lifeforms that have been intentionally altered by humans.
It's easy to understand why one can be fascinated by these modified organism but what made you decide to open a Center for Postnatural History? It's a huge commitment.
Around seven years ago I was introduced to the emerging field of synthetic biology by Chris Voigt. At the same time, I was researching evolutionary biology and was struck by the fact that there is such resources devoted to documenting the natural world, but that the participation of humans in altering that living world is so rarely presented to the public. When I began looking at the collections of natural history museums I noticed that newly engineered organisms were not only absent from the collections, but that there was little interest in collecting them. The rare exceptions of Herman the Bull in the Netherlands, or Dolly the Sheep in Scotland, both point to the symbolic roll that these organisms can often play as icons, while the vast multitude of genetically engineered organisms remain undocumented. This seems like a significant blind spot in the public consciousness worth addressing.
When you start reading about the Roundup ready corn, the Triploidy Atlantic Salmon or other modified plants or insects, it is hard not to be judgmental. Some of the modifications are quite positive of course such as the mosquito that doesn't transmit malaria. Still, i didn't detect criticism in your discourse so far. So what is your position/strategy? Do you plan to be as neutral as possible in your presentation of the information and let the public join the dots?
We take it as our mission to allow for people to have the experience of arriving at an idea on their own. Personal discovery can be an incredibly transformative experience. Language that comes with a predefined worldview can get in the way of a person finding their own language and framework of understanding. As a strategy we make an attempt to describe the postnatural world without using the language of industry, academia or activism. In practice, this is not always possible, but it remains the ideal goal. Forming one's own opinion can be a frustrating experience. We are sometimes contacted by people, months after coming across one of our exhibits, who are still wrestling with an issue. For us, this is encouraging. The issues are too important and too complicated not to be questioning our own assumptions and re-framing our own ideas in new ways.
When i visited what is going to be the Center in Pittsburgh, i noticed a short presentation of the CPNH hanging on the wall the text ended with the names of some of the people who helped you set up the exhibit at some point. I recognized a few names of artists. What is the role of artists in Postnatural History? Which place will you give to their work in the center?
Artists on the whole play a similar role in the creation of a postnatural history museum as they do in natural history. There are experiences to be created, things that must be documented, stories to be told. The difference is that some artists are also altering the living world as a part of the artwork that they make. In some of these cases, if the changes they are making are heritable and thus "in-play" evolutionarily speaking, then specimens of these lifeforms may be collected by the CPNH and cataloged alongside the organisms produced by universities, corporations and other individuals.
How would you define your own role at the CPNH? Is still the one of an artist? Or rather a curator?
The word "curator" is commonly used in natural history museums to refer to the people who manage the various collections of the museum, such as "Curator of Mammals", "Curator of Mollusks" and so forth. Until such time as the collection becomes large enough to require more than one curator, I will hold the title of Curator of PostNatural Organisms.
I discovered your center at the Alter Nature exhibition at Z33 in Hasselt. I took with me some of the cards and they are colour-coded. 'green' is for 'transgenic', lila is for 'mutant', orange is for 'hybrid', etc. can you explain us the distinctions briefly? some are clear, others are more confusing to me...
These distinctions are significant, but not always separate or exclusive. Some may occupy more than one category. Some new categories may be added. Transgenic refers to a genetically engineered organism that has had DNA from one or more different species intentionally inserted into its genome. This kind of alteration is not possible with traditional breeding and was developed in the mid-1970's. A mutant has had its DNA altered through the use of chemicals or radiation to induce largely random changes to its genome. Mutations occur all the time in nature, but are sometimes artificially selected for or induced by people. Most of the traditional vegetables we eat are very different in appearance and taste from anything we find in nature. These are the result of spontaneous mutations that were selected for by people over many generations, in the case of corn, thousands of years.
Did you talk about the Center for Postnatural History to more 'traditional' natural history museums? How is the reaction of the curators and conservators over there about your own center? Would they invite you to set up a temporary exhibition in their space for example?
The response from natural history museums has been quite welcoming. We have been invited to meet with several of the largest natural history museums in the world. A common response from them is, "Why isn't anyone else doing this?" However, none are willing to devote their own limited resources towards this area. Generally speaking, the biologists who curate natural history museums have a strong interest in natural ecology and the environment. The idea of studying the human-created habitat of an organism that has been raised in captivity is generally seen as profoundly boring by them. However, we have received invitations to exhibit specimens from our collection within their museum and are currently in negotiations regarding this.
The Centre will have a permanent exhibition as well as temporary shows. What will the opening temporary show be about?
Our first temporary exhibit will be a regional survey entitled, "Cultivated, Invasive and Engineered: PostNatural Plants of the Appalachian Region". This will feature three themes. Indigenous medicinal and food plants that were cultivated by Native Americans and European settlers which have been collectively shared over time, such as Ginseng, Black Cohosh and Wild Yam, the direct ancestor of modern hormonal birth control. Secondly, invasive or "opportunistic" plants such as Kudzu, which was brought to North America as an ornamental plant from Japan at the 1876 Centennial Exposition in Philadelphia and is now, lacking necessary predators, spreading rapidly across the continent. And lastly, newly engineered crops that are nearly ubiquitous in the US, but are highly controlled by the private corporations that own their intellectual property rights.
Are there specific safety regulations you need to comply with to open the center?
We follow the law. There is nothing within our collection that requires any kind of special permit. We have no special access as compared to anyone else. There are many things we might like to exhibit in their living form but are unable to do so. We see this however as an opportunity, and find ways of exhibiting the absence of the subject as a way of building a discourse around the issues of regulation, containment, secrecy and intellectual property.
Are you free to show any kind of modified species?
Newly engineered transgenic organisms must pass a regulatory process maintained by the USDA Animal and Plant Health Inspection Service before they can leave the lab. As a result we are limited in what living organisms we are able to exhibit. For instance, the only transgenic vertebrate which we are able to exhibit are the commercially produced GloFish™ that expressed green, red and yellow fluorescent protein and thus glow under black light. These however can be purchased in many pet stores. We are however able to exhibit genetically engineered organisms that are dead. These were killed while at the lab with the support of the researcher in charge. Preserved specimens are not considered a contamination risk and are therefore not regulated by the US Department of Agriculture.
I was reading through the blog that documents your Smithsonian Research Fellowship and read this: 'There appears to be an interesting relationship between military incursion and specimen acquisition. Particularly amongst the rodent collection, one can see the location and approximate start and end dates of most of the major American military projects of the 20th and 21st centuries. Reasons for this appear to be numerous and will be explored further during our stay here at the Smithsonian.' Can you give us more details about this?
What makes the Smithsonian unique among museums, is that it is The National Museum of the United States of America. In some respects, the National Museum of Natural History is the biological memory of the State itself. One of the first things I noticed while there, was that there was a strong bias within the rodent collection towards places that our military has had a presence. The sites of wars, occupations and military exercises are all thoroughly represented. The reasons for this are many. In some cases they are collected by the military when they enter a new environment and are concerned about potential disease vectors, and the specimens eventually find their way into the National collection. But in other cases they are collected by Smithsonian researchers who are working in coordination with the military. Some of the larger collections of animals are from these situations and include: Fish and small mammals collected during the Operation Crossroads atomic tests at Bikini Atoll in 1946; A large assessment of biological diversity at the Nevada Nuclear Test Site following the suspension of atmospheric bombing in 1964; And a large collection of birds and mice collected during the Project SHAD germ warfare tests at Johnston Atoll in the mid-60's. There are also a number of white lab mice and rats that were donated to the Smithsonian by the Walter Reed Medical Center and the National Cancer Institute who were developing them as model organisms to study the effects of radiation in the 1940's. These specimens all quietly tell stories of the movements, fears and aspirations of the United States. They serve as examples of how deeply intertwined our cultural history is with our natural history and are reminders of how the project of science is never divorced from the cultural context in which it is conducted.
The Center for PostNatural History will open its permanent space in June 2011 at 4913 Penn Ave. in Pittsburgh, PA.
* In case anyone was wondering, the book's not ready yet, apparently it takes more time to proof read it than to write it.