Field Museum

Making Lucy, in her own image.

“Came for the comments war,” one commentator posted. “Wasn’t disappointed!”

“These (so-called) paleo-artists are nothing more than science-fiction artists,” another noted. “The most important skill they have is imagination, which has nothing to do with reality. As (the artist) says, ‘This is what they may have looked like.’ They keep trying to make monkeys out of us.”

“That’s why they call it ‘art,’” another countered. “It’s an interpretation. No one is trying to tell you what to believe. Too bad the same can’t be said about you!”

Whoa, there.

“Go to any museum,” the skeptic replied, “and see if they state that what you are looking at may be a bald-faced lie. I believe in science, but this whole field isbunk.”

Even if it is bunk, though — and there are plenty of experts who insist it isn’t — it’s compelling stuff.

©John Gurche/Yale University Press

©John Gurche/Yale University Press

What’s the point of being human if we’re not allowed to dream? Besides, recreating three-dimensional faces and even entire bodies from skeletal remains is a time-honoured, time-tested technique of forensic science, used in everything from cold-case murderinvestigations to ongoing missing-persons cases.

And there’s no question that leaders in the field —  University of Kansas paleoartist John Gurche among them — are both respected in the scientific community and routinely have their work displayed at scientific institutions like the Field Museum in Chicago and the Smithsonian Institution’s National Museum of Natural History in Washington, DC.

©John Gurche/Yale University Press

©John Gurche/Yale University Press

Gurche is no dilettante. He frequently creates illustrations for National Geographic, created a set of four dinosaur-themed stamps for the US Post Service in the late 1980s and was one of the lead consultants on the original Steven Spielberg film Jurassic Park. More notably, perhaps, he published the 2013 book Shaping Humanity: How Science, Art and Imagination Help Us Understand Our Origins, in which he detailed his work on no fewer than 15 paleoanthropology displays he designed for the National Museum of Natural History’s Hall of Human Origins.

Gurche is currently Artist in Residence at Ithaca, NY’s Museum of the Earth.

He was most recently in the news for a Discovery Magazine article ‘Making Lucy: A Paleoartist Reconstructs Long-Lost Human Ancestors,’ which he both wrote and illustrated. 

©John Gurche/Yale University Press

©John Gurche/Yale University Press

“I have an interesting job,” he deadpanned, then went on to explain how he created a lifelike, life-sized three-dimensional recreation of the most famous human ancestor ever unearthed.

“When I first learned of Lucy’s discovery, I wanted to make her (in her own image),” Gurche explained. “It is a wonderful endeavour to seek answers to questions about how she lived. Seeing her as she may have appeared in life can make a connection for us that nothing else can.”

‘Lucy’ is the name given to a 3.2-million-year-old partial skeleton found by Cleveland Museum of Natural History paleoanthropologist Donald Johanson on Nov. 24, 1974, near the village of Hadar, in Ethiopia’s Awash Valley. Lucy was believed to be the earliest known representative of Australopithecus afarensis.

©John Gurche/Yale University Press

©John Gurche/Yale University Press

Despite those who would dismiss Gurche and others’ work as so much junk science, paleoartists’ supporters in the scientific community note that paleoart is not the fantasy of an artist’s imagination but rather the result of cooperative discussions among scientists and artists alike. When trying to recreate an extinct animal — or person — the artist must employ both scientific knowledge and the mind’s eye.

Through exhibits at institutions like the Museum of Natural History and the Smithsonian’s Hall of Human Origins, paleoart shapes how the public perceives long extinct animals and early humans.

©John Gurche/Yale University Press

©John Gurche/Yale University Press

The Society of Vertebrate Paleontology has awarded the John J. Lanzendorf Prize in Paleoart since 1999. Gurche won the award in its second year, in 2000.

The society describes paleoart as “one of the most important vehicles for communicating discoveries and data among paleontologists, and is critical to promulgating vertebrate paleontology across disciplines and to lay audiences.”

That’s a dry way of saying paleoart is not only cool to look at; it also serves a useful scientific purpose.

©Pedro Saura/Science/NPR

©Pedro Saura/Science/NPR

In Gurche’s paper, he outlined how, in 1996, the Denver Museum of Nature and Science commissioned him to produce “a life-sized, three-dimensional reconstruction” of Lucy, as lifelike as methods at the time would allow.

Gurche explained how first he had to settle on a pose.

“Was there a way to represent both climbing and upright walking in the same pose?” he wrote. “It would be tricky, but perhaps I could depict a moment of transition, where it’s obvious that Lucy is climbing down from a tree, and equally obvious that she’s dropping into an upright position, as opposed to dropping to all fours.”

©National Museum of Natural HIstory, Hall of Human Origins

©National Museum of Natural HIstory, Hall of Human Origins

Gurche went on to explain how he constructed a 3-D version of Lucy’s feet — “one foot in front of the other” —  then based his reconstruction of Lucy’s face on a composite female skull, with more dainty features than a male.

“Lucy’s skeleton displays many clues about the position and development of her musculature,” Gurche noted. “These can be ‘read’ using the anatomy of modern apes and humans as guides.”

There’s room for creative licence, in other words.“Bunk,” thnough, is a harsh word, especially when one realizes the lengths to which Gurche went to ensure at least a modicum of scientific accuracy.

©Smithsonian Institution/Altamira cave paintings

©Smithsonian Institution/Altamira cave paintings

“The amount of body hair in australopiths is unknown,” Gurche explained. “We assume that the common ancestor of chimps and humans, like all the non-human apes, had a full coat. We can guess that this coat was lost by the time of Homo erectus, as (the) skeleton’s proportions show that it was adapting to heat stress, much as modern humans do. Part of our adaptation involves an enhanced sweat gland cooling system, which would not function well with a full coat of body hair.”

Got that? Good.

“About a million individual hairs were punched into Lucy’s silicone skin over a period of three months in each of her incarnations,” Gurche added, “for the Denver museum and later for the Smithsonian *as well).”

That’s a lot of work to go through if the end result is, as paleoart’s detractors insist, little more than junk science.

And the effect is truly remarkable. It’s difficult — impossible, even — to look at Gurche’s work and not feel at least a pang of human curiosity and recognition.

The Smithsonian, National Geographic and the Natural History Museum can’t all be wrong.

 

http://discovermagazine.com/galleries/2013/dec/paleoartist-reconstructs-human-ancestors



 

 

 

 

 

 

Tsavo’s notorious man-eating lions — back in the news.

The notorious man-eating lions of Tsavo were the subject of two fine books, Lt.-Col. John Henry Patterson’s 1907 first-person account The Man-Eaters of Tsavo and Pulitzer Prize-winning writer Philip Caputo’s 2002 memoir Ghosts of Tsavo, and one perfectly awful Hollywood movie, director Stephen Hopkins’ 1996 clinker The Ghost and the Darkness. The film featured a game but ultimately unconvincing Val Kilmer as Col. Patterson, and an over-the-top Michael Douglas in the completely fictional role of “Great White Hunter” Charles Remington. Remington never existed; the events depicted in the film involving his character never happened.
The film was made in Zimbabwe, not Kenya; the lions in the film sported large, lavish Hollywood manes, unlike the maneless lions of historical record; and the lions themselves in the film came not from the wild but from a zoo in Bowmanville, Ont. They were named not “Ghost” and “Darkness” but rather Caesar and Bongo.

©Paramount Pictures

©Paramount Pictures

Despite Hollywood’s finest efforts to ruin a perfectly good story — Kilmer earned a 1997 Golden Razzie nomination for worst supporting actor — the actual story, in which a pair of man-eating lions killed and devoured 28 railroad workers (according to official records kept at the time) during the building of the Kenya-Uganda Railway in 1898, continues to have legs to this day.
Theories as to why the lions did what they did — debated openly and in absorbing, compulsively readable detail by Caputo in his book Ghosts of Tsavo— range from persistent drought and an outbreak of rinderpest at the time to Tsavo lying on the traditional slave-trade routes, which meant that lions in the area, being opportunistic hunters, were quick to dispose of any bodies that perished along the way.

A new theory, more scientifically detailed — and so less appealing to Hollywood moviemakers — has taken a different tack, and revealed some surprising results.
The fact that the Tsavo lions are still making the news in 2017 shows just how timeless the original history really is.
In a new study, Larisa DeSantis, a palaeo-ecologist at Nashville, Tenn.’s Vanderbilt University, used 3-D imaging technology to examine what remains of the Tsavo lions’ teeth, which have been preserved at Chicago’s Field Museum of Natural History. (How the lions’ remains, including a pair of life-size, mounted specimens for exhibit, ended up at the Field Museum is a story in itself, and another reason why Caputo’s book makes such absorbing reading.)

©Field Museum of Natural History, Chicago

©Field Museum of Natural History, Chicago

The first surprise is that, despite the lions’ fearsome rep for ferocity, the teeth are not sharp fangs and molars worn down by crushing and chewing on bone but rather the smooth, polished teeth one has come to expect of zoo lions, fed a steady diet a soft food such as days-old beef.
That suggests the railroad workers, far from being the lions’ preferred food, were simply part of a diverse, well-rounded diet that may have included whatever the lions could find.
Lions, after all, like all cats, are opportunistic hunters.
“We often see ourselves as the top of the food chain,” DeSantis told National Geographic’s online site earlier this week, “where in reality we have been on the menu of lions and large cats in general for a long time.”
As the late, legendary — and quite real — Great White Hunter Peter Hathaway Capstick wrote in his 1978 memoir Death in the Long Grass, all you are to an apex predator like a lion, or a crocodile for that matter, is protein. (In his later years, Capstickwrote that his hair didn’t turn grey so much as decline and fall out in clumps, owing to the sheer stress of being hired to track down man-eating leopards and lions in the miombo thorn-scrub of upcountry Zambia.)

DeSantis also points to dental disease — about as unromantic and unlikely a subject for a Hollywood movie as you’re likely to get — being a major factor in the Tsavo lions’ misbehaviour. One of the Tsavo lions had a broken canine and an abscess that would’ve affected the surrounding teeth.
Healthy, wild lions rely on their jaws to grab a large prey animal, such as a buffalo, around the neck and suffocate it, while trying to wrestle it to the ground, so persistent dental pain would be a constant, potentially life-threatening problem.
DeSantis’ co-author in the study, Dr. Bruce Patterson, renowned lion researcher and author of the definitive book The Lions of Tsavo: Exploring the Legacy of Africa's Notorious Man-Eaters, first published in 2004, has said that as many as 40 percent of Africa’s lions have some kind of dental injury, owing to the daily wear-and-tear of hunting in the wild. (Even a seemingly benign-looking animal as a zebra is tougher than it looks; any wild animal needs to be wily and physically strong to survive. A zebra can break a lion’s back with just one well-timed strike of its hoof; a healthy buffalo normally requires four or more lions to bring it down, and that’s on a good day.)
What’s interesting, of course, is how the 120-year-old tale of the Tsavo lions continues to raise new questions.
“One hundred years ago, the technology needed to answer this question wasn’t available,” DeSantis told National Geographic. “A hundred years from now, there will probably be new technologies we can apply.”

http://news.nationalgeographic.com/2017/04/man-eating-lions-teeth-kenya/?google_editors_picks=true