Siberian musk deer
|Siberian musk deer|
|Range of the Siberian musk deer|
The Siberian musk deer (Moschus moschiferus) is a musk deer found in the mountain forests of Northeast Asia. It is most common in the taiga of southern Siberia, but is also found in parts of Mongolia, Inner Mongolia, Manchuria and the Korean peninsula.
Their small shape allows them to hide from predators through tiny openings in the rocky terrain and also allow them to run exceptionally fast from their predators. Although bearing fangs, Siberian musk deer are actually herbivores with their main source of nutrients being lichens.
Due to the severe amount of poaching for its musk gland, the deer population is continuing to decrease. It is expected that the population will be reduced to at least 30% over the next three generations. However, efforts from each sighted countries are beginning to reintroduce the musk deer's population.
Russian Far East - M. m. turovi
Verkhoyansk Ridge - M. m. arcticus
Sakhalin - M. m. sachalinensis
Korea - M. m. parvipes
Maturity and mating
It takes approximately a year for the Siberian musk deer to reach maturity with an average deer to live at least 10 – 14 years.
During breeding season, male deer will grow tusks instead of antlers. These tusks are used to compete with other males and attract females. Tusks that are longer and stronger creates a more intimidating stance and becomes more attractive to females as the offspring of that male are likely to become healthier and fit.
Once the male and the female deer have procreated, the females will become pregnant lasting over 6 months and can give birth to 1-3 offspring, usually between the months of May through June.
Musk will mark their territory warning trespassing deers not to cross the boundary. When marking their territories, musk deer gather fallen branches, tree trunks, as well as plant stems and place them in a circle. While placing the various branches around the circle, the deer will often do an olfactory examination and turn the back of its body towards the marked territories. Other ways the Siberian Musk Deer will mark its territory is by defecating in already marked territories or unclaimed territories.
Habitat and diet
Most Siberian musk deer are generally nocturnal inhabiting the mountainous taiga and found in shrub-covered slopes where foods are abundant. The rocky location provides crevices and crags for the musk deer to hide from many predators, such as lynx and wolverines.
Musk deer have a preference for easily digestible nutritious foods that are both rich in protein and low in fiber. During periods of winter, musk deer can survive in even poorer food quality ranging in foods that are low in proteins but are high in energy and can be easily digested.
The majority of their diet consists mostly of lichens, pine needles, leaves, and tree barks. During the winter, 99% of musk deer's diet are lichens. Siberian Musk deer have a preference for easily digestible nutritious foods.
It is largely nocturnal, and migrates only over short distances. It prefers altitudes of more than 2600 m. Adults are small, weighing 7–17 kg.
The Siberian musk deer is classified as Vulnerable by the IUCN. It is hunted for its musk gland, which fetches prices as high as $45,000 per kilogram. Only a few tens of grams can be extracted from an adult male. It is possible to remove the gland without killing the deer, but this is seldom done. In 2016, the Korean company Sooam Biotech was reported to be attempting to clone the Siberian musk deer to help conserve the species.
The most striking characteristics of the Siberian musk deer are its tusks and kangaroo-like face. Males grow the teeth for display instead of antlers.
A distinct subspecies roams the island of Sakhalin.
Population size and trends
World population: 230,000 Declining
- Russian Federation, Sakhalin population: 600-500 Declining
- Russian Federation, the Eastern Siberian population: 27,000-30,000 Declining
- Russian Federation, Far Eastern population: 150,000 Declining
- Mongolia: 44,000 Declining
- China: unknown Declining
- Democratic People's Republic of Korea: unknown Declining
- Republic of Korea: unknown Declining
Musk chemical composition
Siberian musk deer preputial gland secretions are constituted of free fatty acids and phenols (10%), waxes (38%) and steroids. Cholestanol, cholesterol, androsterone, Δ4-3α-hydroxy-17-ketoandrostene, 5β,3α-hydroxy-17-ketoandrostane, 5α,3β,17α-dihydroxyandrostane, 5β,3α,17β-dihydroxyandrostane and 5β,3α,17α-dihydroxyandrostane can be isolated from the steroid fraction. 3-Methylpentadecanone (muscone) was not identified among the secretion lipids.
The decline of the Siberian Musk Deer's population began in China where most of the deer population was abundant. Most notably in the Sichuan plains, the musk production was accounted for 80% of the domestic trade in the 1950s. New sightings of musk deer was later spotted in the upper northeast Asia and Russia; these spotted places soon opened their own musk market. After the 1980s, the production begins to steadily decline due to hunting for their musk glands. Then the cycle of over-harvesting the deer's musk continued until the exploitation severely reduced the musk deer's population.
Another threat comes from the habitat loss by deforestation. For a long period, China cut more of its forest than they could replant. 200million cm3 of China's forest recourses were cut down in the past 25 years in order to harvest the timber stock in trade for commerce. Deforestation is a severe threat to the musk deer's long term survival because the deer can only live in a few areas.
The Siberian musk deer is considered vulnerable, but is slowly declining to endangerment. In Russia, the Siberian Musk Deer is protected as Very Rare under part 7.1 of the Law of the Mongolian Animal Kingdom (2000) and also under the 1995 Mongolian Hunting Law. The musk deers are also protected under the National Parks which accounts for approximately 13% of the Siberian Musk Deer population.
Other efforts include
- Breeding the musk deer in captivity farms in both Russia and China.
- China has enacted many law and regulations to preserve rare animals and their habitats, many such as Wildlife Protection Law and the Forestry Law.
- Organizations such as the World Wildlife Fund (WWF) is working through the American government to urge the efforts of protecting the musk deer and many other endangered species’ population.
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- Fessenden, M. (2014). "Fanged deer not extinct, still roaming the mountains of Afghanistan". smithsonianmag.com.
- Nyambayar, B.; Mix, H.; Tsytsulina, K. (2015). "Moschus moschiferus (Siberian musk deer)". iucnredlist.org. Retrieved 27 March 2016.
- Qi, W.-H., Li, J., Zhang, X.-Y., Wang, Z.-K., Li, X.-X., Yang, C.-Z., Fu, W. and Yue, B.-S. (2011) ‘The reproductive performance of female forest musk deer () in captivity’, Theriogenology, 76(5), pp. 874–881. doi: 10.1016/j.theriogenology.2011.04.018.
- Maksimova, D. A., Seryodkin, I. V., Zaitsev, V. A., & Miquelle, D. G. (2014). Research program of musk deer ecology in the Sikhote-Alin region. Achievements in the Life Sciences, 8(1), 65–71. doi:10.1016/j.als.2014.11.005
- Wang, W., Zhou, R., He, L., Liu, S., Zhou, J., Qi, L., Li, L. and Hu, D. (2015) ‘The progress in nutrition research of musk deer: Implication for conservation’, Applied Animal Behaviour Science, 172, pp. 1–8. doi: 10.1016/j.applanim.2015.09.006
- Zastrow, Mark (8 February 2016). "Inside the cloning factory that creates 500 new animals a day". New Scientist. Retrieved 23 February 2016.
- National Geographic Channel. Wild Russia. Siberia. (2009)
- "Archived copy". Archived from the original on 2012-12-07. Retrieved 2013-06-16.CS1 maint: Archived copy as title (link)
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Media related to Moschus moschiferus at Wikimedia Commons
- Huffman, Brent. "Species profile: Moschus moschiferus, Siberian musk deer". www.UltimateUngulate.com. Archived from the original on 2010-02-17. Retrieved 2010-02-17.
- "Species profile: Siberian Musk Deer - Moschus moschiferus". United Nations Environment Programme — World Conservation Monitoring Centre. Archived from the original on 2010-02-17. Retrieved 2010-02-17.