According to a recent study by Claudio Ottoni, cat domestication took place in two strains, but all domestic cats have a common ancestor: the North African / Southwest Asian wildcat, Felis silvestris lybica (Ottoni and others 2017). By studying ancient cat DNA from all over the world, the researchers found that cat domestication began in the Fertile Crescent (in the Neolithic period) and accelerated later in ancient Egypt (in the Classical period) (Ottoni and others 2017).
Other scientists have also discovered another potential instance of cat domestication. J.D. Vigne studied skeletal remains of cats in China and found that there may have been a short-lived domestication of leopards in China, independent of domestication elsewhere (Vigne and others 2016). However, they did not find evidence that any present day domesticated cats are related to leopards, so if there was a time that they were domesticated, it did not last (Vigne and others 2016).
The evidence from Ottoni’s study also gives an explanation for the way cats spread around the world. By analyzing the ancient DNA of cat remains found in port cities, the scientists concluded that cats were brought along on ships, most likely to help protect food storages on board by killing rodents (Ottoni and others 2017). This allowed cats to spread across the world.
Another interesting element of the history of cat domestication has to do with cat coat patterns. Analyzing the pattern of cat coats is one of the best ways for scientists to distinguish between wild and domesticated cats, since it is one of the few visible differences between the two. Ottoni found that the recessive allele found in most tabby cats today that causes a blotched pattern did not appear in their study until the medieval period. This suggests that selective breeding for coat color did not appear until the medieval period, much later than the start of cat domestication (Ottoni and others 2017).
Scientists have also used coat colors and patterns to study other aspects of cats. For example, V.J. Crossley found that depending on their breed, coat color, and hair length, cats may be more susceptible to hyperthyroidism (Crossley and others 2017). The study suggests an increased risk of hyperthyroidism for longhair non-purebred cats, but a decreased risk for many pedigreed longhair cats compared to domestic shorthairs (Crossley and others 2017).
Many experts are also curious as to whether there is a link between coat color and behavior. E.A. Stelow used an online survey study and found that there may be a slightly better chance for tortoiseshell, calico, gray and white, and black and white cats to be more aggressive than others (Stelow and others 2015).
Another question is whether coat color impacts the length of time a cat will stay in a shelter. W.P. Brown concluded that younger and lighter colored cats generally find homes more quickly than older and darker colored cats (Brown and Morgan 2014).
These studies show that the history of cat domestication and the connection to coat colors and patterns is a topic of interest in the scientific community today. There is still much to learn about the history of cat domestication.
- Brown William P., and Kelsey T. Morgan. Age, breed designation, coat color, and coat pattern influenced the length of stay of cats at a no-kill shelter. Journal of applied animal welfare science, v. 18, no. 2, 2015: 169-180.
- Brulliard, Karin. Long before they conquered the Internet, cats took over the world. Washington post, June 19, 2017.
- Crossley V.J., and others. Breed, coat color, and hair length as risk factors for hyperthyroidism in cats. Journal of veterinary internal medicine, v. 31, July/Aug. 2017: 1028-1034.
- Ottoni, Claudio, and others. The palaeogenetics of cat dispersal in the ancient world. Nature ecology & evolution, v. 1, article no. 0139, June 19, 2017.
- Stelow, Elizabeth A., Melissa J. Bain, and Philip H. Kass. The relationship between coat color and aggressive behaviors in the domestic cat. Journal of applied animal welfare science, v. 19, no. 1, 2016: 1-15.
- Vigne, Jean-Denis, and others. Earliest "domestic" cats in China identified as leopard cat (Prionailurus bengalensis). PLoS ONE v. 11, no. 1, 2016: e0147295.
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Search on "domestic animals--behavior," "domestic animals--genetics," "cats--genetics," "cats--history," "cats in art," or "cats--physiology"
in the Library of Congress Online
A contented cat at Yoder's Amish Home, an authentic Amish farm that began accepting visitors in 1983 near Walnut Creek in central Ohio, along the "Amish Country Byway." Prints and Photographs Division, Library of Congress.
Ruby. Courtesy of Madison Arnold-Scerbo.