This beautiful baby giraffe can really stand out in a crowd. Spotted over a year ago roaming the Tarangire National Park,
she has been sighted again this year, alive and well. This is really
good news because as lovely as her colouration is, it may also make her a
greater target for poachers and natural predators in the wild.
Christened by a local guide as “Omo” after a popular brand of detergent
in Tanzania, she draws her rare white colouring from a condition known
Leucism is a partial loss of cellular pigmentation which results in
Omo’s pale, patchy colour. It is not to be confused with albinism, which
is a reduction in just melanin; leucism is the combined lack of
multiple types of pigments.
Baridi was born septic and unable to walk due to severe infection. After round-the-clock care, he’s got a clean bill of health and is almost ready to join the herd. Can we get a ❤ for our world-class animal care professionals?
Omo isn’t albino; she has a genetic condition called leucism, says Derek Lee, founder of the institute. Her skin cells don’t produce pigmentation, but soft tissues, such as her dark eyes, do. Though uncommon, leucism occurs in many species, including penguins and hippos:
Omo the young giraffe is luecistic, not albino, and has been recently photographed for the second time at Tarangire National Park in Tanzania. Omo was seen about a year ago in the park, and scientists were happy that she is still alive and well. Only about half of giraffe calves make it past six months old, and oddly-colored animals are particularly prone to being hunted, poached, getting skin cancer, or having maladaptive genetic differences. Photo by Derek Lee, Caters News.
Meet Omo, the latest addition to our small, but extraordinary collection of leucistic animals. Omo is a young giraffe living in Tarangire National Park in Tanzania. She was first spotted last year as a calf by Dr. Derek Lee, scientist and founder of the Wild Nature Institute, which is currently conducting an extensive survey of all the giraffes in the park. Individual giraffes are identified by their unique spot patterns, but Omo’s ghostly pale coat, caused by a lack of cellular pigmentation, immediately caught the scientist’s attention.
“Omo appears to get along with the other giraffes, she has always been seen with a large group of normally coloured giraffe – they don’t seem to mind her different colouring.”
Her exceedingly rare coloring makes her a more likely target for poachers and natural predators, so Dr. Lee was very pleased to report that Omo has been sighted alive and well one year after her initial discovery.
“We and our partners are working on giraffe conservation and anti-poaching to help give Omo and her relatives a better chance of survival. We hope that she lives a long life and that some day she has calves of her own.”
An ancient relative of the giraffe was a huge, heavy animal with thick legs, a flat face and massive, curly horns flaring out from its skull, said a study Wednesday.
Dubbed Sivatherium giganteum, the impressive creature would have been shorter than today’s giraffe, with a less elongated neck, a trio of British scientists wrote in the Royal Society journal Biology Letters.
Using bones dug up in India in the 1830s and now in London’s Natural History Museum, the team built a computerised 3D reconstruction of an animal they said would have stood about 1.8 metres (5.9 feet) tall at the shoulder and weighed about 1.2 tonnes.
“This was a heavy animal with thick legs,” co-author Christopher Basu told AFP by email.
Added to the large, flattened horns or “ossicones” on the top of the skull, each about 70 centimetres (28 inches) long, it also had two smaller, pointy horns just over the eyes.m
“It would have been an impressive and strong animal,” said Basu. “It’s face would have looked very different from a giraffe. Giraffe’s have very long, pointed skulls. Sivatherium had a very short, flattened skull.”
It lived somewhere between the last five million and 12,000 years ago.
Related to the giraffe and its cousin the okapi, Sivatherium was possibly the largest ruminant animal—those with multi-compartmented stomachs—to ever have lived.
The first scientists to study Sivatherium bones misclassified the animal as an archaic link between modern ruminants and a long-extinct relative of elephants and rhinoceroses.
For the new study, the skeleton was reconstructed using 26 fossil bones from three individual animals. The ribs, back and pelvis are missing.
“We estimated what these might look like from giraffe and okapi anatomy—the two living relatives,” said Basu.