john hawks weblog

paleoanthropology, genetics and evolution

art

  • Bead styles in MSA

    Wed, 2013-03-06 22:16 -- John Hawks

    Michael Balter covers a new paper on MSA shell beads by Marian Vanhaeren and colleagues: "Human ancestors were fashion-conscious". The study involves beads from Still Bay levels at Blombos Cave, South Africa.

    To get an idea of how the shell beads were worn, Vanhaeren and her colleagues examined the wear (smoothing) around the perforations and on other parts of the shells. They then carried out additional experiments in which N. kraussianus shells were shaken together for many hours at a time and exposed to a diluted vinegar solution meant to mimic human sweat, among other tests, while strung together in various ways.

    By stringing the shells themselves in various configurations, the team identified six possible ways that the beads could have been worn, including tying a knot around each shell, stringing them in a continuous row, braiding them with two strings at a time, and reversing the orientations of the shells to each other. Then, by analyzing the wear on the shells caused by these arrangements, Vanhaeren and colleagues determined just how the beads were strung. "In the lower [older] layers, the shells hang free on a string with their flat, shiny [sides] against each other," Vanhaeren says. But like all fashions, that one didn't last long: In the two upper, younger layers, "the shells are knotted together two by two, with their shiny side up" (see photos).

    That's a pretty clever approach. With these beads it is not possible to trace stylistic aspects of form directly; they are just not subject to enough human alteration. But the traces of wear allow an indirect assessment of stylistic variation, in the way that they were strung. It makes for one of the earliest examples of studying stylistic variation over a time range in an archaeological context.

  • Composite tools

    Sun, 2012-10-14 21:26 -- John Hawks

    What if you took flaked stone implements, scanned them in three dimensions, designed specially fitted accessories, which you then printed with a 3-d printer and assembled into a composite? "modern stone + flint tools by ami drach + dov ganchrow".

    through a method of three-dimensionally scanning and printing, the ancient artifacts are digitally outfitted with custom-designed handles, encapsulating the rugged forms in a perfectly enclosed case. by juxtaposing the polarities of the manufacturing processes in computer generated forms, an intersection of material technologies and functionality coincide on a tangible scale.

    These are elegant and well-designed, truly art. Still, despite the fancy fabrication, the concept itself was known to the Neandertals.

    (via Neatorama)

  • Bodies in art, art in bodies

    Sat, 2012-08-25 11:18 -- John Hawks

    Ewen Callaway compares two exhibits that feature animal anatomy in prominent ways [1]. "Animals Inside Out", at the Natural History Museum, London, features the work of German anatomist Gunther von Hagens, famous for his "plastination" technique. A career retrospective from British artist Damien Hirst is showing at Tate Modern, also in London. As Callaway reflects, both shows feature preserved animals, and Hirst suffers in comparison:

    Many of Hirst's best-known pieces are tame by comparison. The Physical Impossibility of Death in the Mind of Someone Living (1991), a 4-metre-long, formaldehyde-fixed tiger shark (Galeocerdo cuvier), floats in its vitrine with skin like rumpled denim, misshapen fins and a gaping mouth revealing rounded, un-razor-like teeth. The iconic Mother and Child Divided (1993) features a cow and calf, each halved lengthways, hovering in four formalin-filled glass cases. The work bears a fleeting similarity to von Hagens' creations until you walk between the split carcasses. Instead of brilliant reds and purples, the wilted organs are a dull grey.

    It is tempting to say that the British artist could learn a thing or two from the idiosyncratic German about preserving animals, but that would miss the point of these particular pieces: that death is ugly, awful, inevitable, and to doll it up is misguided.

    Reflecting on this, I would say that Hirst is giving his rich clients something that any scientist can walk behind the doors of a museum and see. Sure, these animals are pickled on a massive scale, but the preparation is uninspired. It's a "cabinet of curiosities" approach, meant to impress the viewer of the strangeness but not convey new information about the animals themselves. In this sense, the animals are wasted on the viewer.

    Von Hagens' approach is more populist. His technique brings new information out of the anatomy, making what would be invisible to the average viewer suddenly visible. The scale is similarly massive, and some people would use "spectacle" as a pejorative for the show. But if we take the old French criterion for great art, plaisir et instruire, von Hagens wins by comparison.


    References

    1. Callaway E. Anatomy: Flayed, pickled, plastinated. Nature. 2012;488(7412):456 - 457.
  • Art appreciation

    Tue, 2012-05-01 09:50 -- John Hawks

    Jonathan Jones muses on two exhibitions of Leonardo's work, one on paintings and the other on anatomical drawings ("Is Leonardo da Vinci a great artist or a great scientist?"):

    Yet every vein he draws is a miracle of art. He is never more an artist than when he is most a scientist. Even as he patiently reveals the nature of heart valves, he draws with such tender beauty that you gasp at the complex artistic achievement, the subtle textures and three-dimensional illusions, even as you marvel at his insights into the human body. For me, Leonardo's anatomical drawings are both icons of science, and wonders of art.

  • The art of Neandertal teeth

    Fri, 2012-03-02 11:35 -- John Hawks

    I want to point everybody to this slideshow at Scientific American, which features the "The Science and Art of Neandertal Teeth". The accompanying article by David Frayer gives the background to the show, which was featured at the University of Kansas last fall.

    Recently, Zagreb-based artist Luka Mjeda photographed all the original teeth for a permanent record as part of an open-source platform for information about Pleistocene humans called the NESPOS project (www.nespos.org). Jakov Radovčić of the Croatian Natural History Museum in Zagreb led the Krapina part of the project. Mjeda later manipulated the photographs to create remarkable, artistic renderings of the tooth surfaces. Although Gorjanović probably never considered the aesthetics of the Krapina teeth, we think he would have appreciated this new view of them through the eyes of an artist. Mjeda and I recently mounted an exhibition of the images in Lawrence, Kansas. They are available for purchase from TeethasArt@gmail.com

    A sample:

    Luka Mjeda image of Neandertal tooth

    Image courtesy of and © Luka Mjeda, 2012

    It's great to see these works brought to a broader audience, and I hope that more artistic representations of the science of human origins will take hold!

  • Sketchbook

    Sat, 2012-01-07 23:32 -- John Hawks

    Today's sketchbook:

    KNM-ER 1802 mandible, occlusal view

    KNM-ER 1802 mandible, in occlusal view. This mandible is attributed to the genus Homo, often placed in Homo habilis, although those who believe in Homo rudolfensis generally include this mandible. From the Upper Burji Member of the Koobi Fora Formation, it dates to around 1.9 million years ago.

  • Charles R. Knight biography

    Fri, 2012-01-06 17:20 -- John Hawks
    knight-neandertals-osborn-1911

    Brian Switek reviews the book, Charles R. Knight: The Artist Who Saw Through Time, by Richard Milner: "Charles R. Knight’s Prehistoric Visions".

    Knight’s successes were hard-won, but, as Milner’s biography illustrates, the artist could not have done anything else. Knight’s undeniable passion was painting prehistory into life. A few snippets in the book provide some insights into Knight’s process. For dinosaurs, at least, Knight would often study the mounted skeletons of the animals and then, on the basis of this framework, create a sculpture. He could then study this three-dimensional representation for the play of shadow across the body under different conditions, and from this model Knight would then begin painting.

  • Lion-Man to be reconstructed from new pieces

    Fri, 2011-12-09 22:01 -- John Hawks
    Lion-Man at AMNH

    Copy of the "Lion-Man of Hohlenstein-Stadel", at the American Museum of Natural History

    The Lion-Man of Hohlenstein-Stadel is one of the most famous pieces of Paleolithic art ever found. Der Spiegel has a story about the specimen, which is being reassessed after the discovery of new fragments that may alter its shape and archaeologists' interpretations.

    The new discoveries came after archeologists once again turned their attention to the Stadel cave. They sifted through all of the rubble from 1939, explains excavator Claus-Joachim Kind -- and the results were sensational. "We found about 1,000 pieces, which presumably belong to the statue," Kind says.

    ...

    The figurine will be taken to the State Conservation Office in Esslingen, near Stuttgart, where it will be completely taken apart. The old glue joints will be dissolved and the filler made of beeswax and chalk, which was used as a placeholder, will be removed.

    Then the statue will be reassembled piece by piece, a task that those involved await with great anticipation.

    The article picks the "Lion-Man or Lion-Woman" angle, but I think a more broadly interesting question is why this time and place had a proliferation of ivory artifacts. The Lion-Man is not the only anthropothere, and the appearance of such images so early in the record of artistic representation would seem to show that such combinations are fundamental to the human imagination.

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Neandertals

For years, I've worked on their bones. Now I'm working on their genes. Read more about the science studying these ancient people.

Denisova

From a finger bone of an ancient human came the record of a completely unexpected population. My lab is working on the science of the Denisova genome.

Acceleration

The advent of agriculture caused natural selection to speed up greatly in humans. We're uncovering some of the ways that populations have rapidly changed during the last 10,000 years.

Malapa

Just outside Johannesburg, the Malapa site is producing some of the most exciting finds in human evolution. This site is the headquarters of the Malapa Soft Tissue Project.