09/01/2025
Did you know? The Przewalski Horse the last truly wild horse!
We understand that not everyone who comes on our carriage knows horses. Sadly gone are the days when everyone had exposure and knowledge of horses, whether it was their own or the daily visit from the milkman and his trusty steed. So, we've decided to bring you a regular series of posts, giving you a little insight into what makes horses so unique.
Przewalski's horses, critically endangered horses found in Mongolia, are the last truly wild horse. Once thought to be the ancestor to the domestic horse, they are actually distant cousins. Mitochondrial DNA suggests that they diverged from a common ancestor 500,000 years ago.
Przewalski's horses are small, heavily built, with a large head, thick neck and short legs. They are cream colored with a dark zebra-like erect mane and no forelock. A dark stripe continues from the mane along the backbone to a dark, plumed tail. They have a yellowish-white belly and dark lower legs and zebra-like stripes behind their knees.
Przewalski's horses once ranged throughout Europe and Asia. Competition with man and livestock, as well as changes in the environment, led to the horse moving east to Asia, and eventually becoming extinct in the wild. Today they can only be found in reintroduction sites in Mongolia, China, and Kazakhstan.
Przewalski's horses are the only wild horses left in the world. The "wild" horses that abound in Australia and North America's western plains are actually feral domestic horses that escaped from farms and returned to the wild.
Przewalski's horses were last found on the Mongolian steppes of the Gobi Desert. It is extremely dry, a land of extremes, with summer temperatures up to 40° C while winter temperatures can plunge to -28° C.
Przewalski's horses have 66 chromosomes, compared to the 64 that domestic horses have. They can produce fertile hybrids with the domestic horse (65 chromosomes) that are able to breed and produce offspring. The hybrids look like Przewalski's horses, and the only way to identify them is through chromosome testing.
