From
ANIMAL BEHAVIOUR IN
ANCIENT
World-first
PhD research at
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Image supplied by
Australian Centre for Egyptology |
Linda Evans is a research assistant at
Evans is currently writing her thesis after eight and a half years' part-time
work examining 8208 images of animals in 291 tombs and tomb fragments from
cemeteries from the Old Kingdom period at
Egyptologists have never before concentrated on the ways animals are depicted
in wall scenes, often misrepresenting what the animal was doing or assuming
that the artist was mistaken if there was anything unusual in the image.
Evans has found that ancient Egyptians observed and understood a lot more about
animal behaviour than we might have thought - not only that of the animals with
which they had a lot of contact, but also the behaviour of smaller, less
significant creatures.
"These people studied animals very well," she says. "They had a
highly tuned awareness of their world probably because they lived in close
proximity to the animals. The
The scene shown on the cover and above is a marsh scene from the tomb of Hesi
at
Evans thinks that the artist who drew the images in the tomb must have been a
very keen animal watcher as the array of animals, along with the detail of
their behaviour, is quite extraordinary.
For instance, in the middle of the marsh scene there are some birds nesting,
sitting on eggs with their wings forward. Previously Egyptologists would not
have taken much notice of this unusual placement of the wings, putting it down
to an artist's mistake or an assumption that the birds were trying to keep
their eggs warm.
However, Evans took a keen interest in this positioning. Birds do not generally
put their wings forward like that, but she did not think it was an artist's
mistake and set about investigating it.
"If you look to the side of the image you can see genets (small cat-like
carnivores) climbing the flower stalks with one (on the left-hand side) holding
a baby bird in its mouth, and one (on the right-hand side) being swooped and
bitten on the ears by a bird," Evans says. "These genets were
predators. They liked to eat the baby birds."
Given the context of what was going on around them, she did not think the wing
positioning of the nesting birds was a passive thing. Sure enough when she
researched the behaviour of birds when faced with a predator she discovered
that they fluff their feathers out and pull their wings out from their body to
try to make themselves look bigger to deter the predator.
Evans explains that as there is no three-dimensional perspective in Egyptian
art, the artist had no way of showing the wings being pulled out from the body
other than by drawing the wings placed forward.
"So this was actually an attempt to threaten predators. Egyptians knew
about it not only by observing the behaviour with the genet, but probably by
experiencing it themselves when they attempted to take the eggs," she
says.
Also of interest is the drawing of a pied kingfisher in the middle of the
picture. It is shown with its head at a strange angle. Evans explains that in
real life, these birds hover over the water with their body almost vertical and
their head facing downwards, watching the water to see the fish. Then when they
see their prey, they fold their wings in and plunge into the water to catch the
fish.
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The
praying mantis is very difficult to see in the wall scene, just as it is in
real life. |
"The
Egyptian artists would often try to cram a whole sequence of actions into one
image," she explains. "That is why the angle of the pied kingfisher
appears to be so odd - the artist has tried to depict both the hover and the
plunge in the one drawing."
She found this to be a common occurrence. "Donkeys are often drawn running
and eating at the same time. Egyptologists would note this and state in their
descriptions that this was curious, or that the artist was mistaken. But I
believe it is we who are mistaken - the donkey was running and then stopped to
eat. The artist simply tried to draw the whole sequence in one image," she
says.
With an understanding of animal behaviour, Evans found a logical reason for
almost all of the behaviours represented in the wall scenes.
Another part of the Hesi marsh scene that she was particularly excited to see
is an image of a praying mantis - shown right. While conducting her PhD
research, Evans read Professor of Egyptology Naguib Kanawati's tomb report for
Hesi where he described all of the animals in the marsh scene.
"He described a grasshopper hidden in the lower right hand corner of the
marsh, which was quite a common finding in marsh scenes," she says.
"But when I looked at the same drawing as part of my research I saw
straight away that it was not a grasshopper but a praying mantis."
This was of particular interest to Evans because praying mantids have, to her
knowledge, never before been found in wall scenes, while grasshoppers are
common.
"The praying mantis is also very difficult to see in the wall scene, just
as it is in real life. As a sit-and-wait predator, it blends in with the
foliage. The artist shows a keen understanding of this behaviour as the
insect's camouflage is clearly depicted in the scene," she explains.
So how did
"This is exactly what I have tried to encourage in bringing students from
all different backgrounds to study Egyptology at
Kanawati's unique approach to Egyptology means that people with degrees in a
range of areas, such as architecture, art, medicine, psychology, chemistry or
law, are encouraged to bring their particular areas of expertise to their
research.
Amongst a conservative worldwide community of Egyptologists this is an
innovative approach, and is what attracted Evans to do her PhD at
"I do not regard Egyptology as just a course in history. It is a study of
life," he says. "People from other backgrounds can enrich the subject
enormously, bringing their unique experience and expertise to reinterpret the
discoveries."
Kanawati is particularly excited about Evans' study of animal behaviour because
the wall scenes have never been interpreted from this perspective before.
"This is an example of truly world-class research and I can't wait to see
the thesis published," he says.
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Email the researcher: lqe@galliform.bhs.mq.edu.au