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The Genus: Lama
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The alpaca: Lama pacos
Breeds and their characteristics
There are two main varieties or breeds of alpaca -the Huacaya and the Suri. Many other types are described using modem geographical boundaries (Table 11). The Huacaya is more robust than the Suri and can thrive better in the harsh conditions of the highlands at altitudes between 4300 and 4800 m. The Suri type has been regarded as prone to many diseases, having a low fertility rate, and high mortality during parturition. The greatest difference between these types of alpaca is in the quality and characteristics of their fiber (Figures 13,14,15,16). There is an increased interest in llama raising outside its native environment especially in the United States of America, Canada, Australia and Great Britain.
Production
The fleece of alpacas is between 1.7 to 1.8 kg/year, of fine quality, and very valuable. Alpacas can be black, dark brown, white, uniformly colored or mixed.
The llama: Lama glama
World population and distribution
The natural habitat of the llama is the high Andean ecological environment at altitudes ranging from 2300 to 4000 meters. It is a domesticated animal, the largest of all South American camelidae (Figure 17,18,19,20).
Breeds and their characteristics
There are two types of llamas: ccara Sullo or Kara and the Chaku. The Ccara Sulo has a low-density and low-weight fiber. The Chaku has a more dense and finer (wooly) fleece. The Chaku breed can be black, dark brown, white, uniformly colored, or present a combination of colors with black fiber on the neck and face. The ears are long and curved. The Kara breed is usually gray, dark brown, white, uniformly colored or a combination of colors with black, long, curved ears and faces free of fiber. There are other types described (Table 12). These "breeds" may be similar and have different names according to their location.
Llamas are very resistant to low temperatures and have adapted to poor pasture conditions between 3500 and 4000 m in altitude which characterize the semi-arid Andean regions. Llama meat is very valued by the inhabitants of these regions because it is more tender than that of some native sheep.(1) Chaku breed is reputed for its high fertility and seems to be more resistant to viral pneumonia. Most of the Kara breeds can tolerate lack of drinking water.
Llamas, like alpacas, have become increasingly popular in Europe and North America as pets or pack animals (ecological tourism).
Production
Just as the alpacas, llamas are used for their wool, meat, fur, and as beasts of burden (pack and baggage). The fiber produced by llamas is the heaviest of all four species of South American camelidae and is used mainly for the production of blankets, rugs, ropes and bags. The meat yield is about 44 to 52% of live weight.(11)
The guanaco: Lama guanacoe
The guanaco is the most primitive of all South American camelidae. It used to be widely distributed but its numbers became limited due to non-regulated hunting and poaching. In 1948, the guanaco population in Argentina was estimated at 250,000 to 300.000 head. However, today this population has shrunk considerably due to excessive hunting and claiming of its natural habitat. The guanaco is also found in central Peru and in Chile (Fuegian Patagonian zone). The live weight of the Guanaco is between 80 to 90 kg and its height ranges from 100 to 120 cm. Its fleece weighs 1 to 2 kg and is of mediocre quality.
Breed | Country | Characteristics |
---|---|---|
Chilian alpaca, Llamingos-pucungos | Chile | Population 30,000 in 1993. Raised for wool, meat, fur and manure |
Ecuadorian Alpaca | Ecuador | Only 2500 in 1994 (endangered). Weight 70 kg males, 65 kg female. Reared in a nomadic system |
Huacaya | Chile | population 206,000 in 1991. Adult weight 62 kg for males and 61 kg for females. |
Huacaya | Bolivia | population 1.000.000 in 1991. |
Huacaya | Peru | population 135.000 in 1991. |
Suri | Peru | population 2.500.000 in 1992. Weight 66 kg (male) and 64 kg (female). |
Breed | Country | Characteristics |
---|---|---|
Argentinian | Argentina | population 150,000 in 1994. Adult weight 115 kg for the male and 100 kg for the female. Height 95 cm for the male and 83 cm for the female |
Chaku or Tajuli | Chile | population 19,000 in 1991. Adult weight 90 kg for males and 85 kg for females. Height 110 cm for males and 105 cm for females |
Chaku or Tampulli. T'hampully | Bolivia | population 200,000 in 1992. |
Chaku or Lanuda or Tampulli | Peru | population 200,000 in 1992 |
Ecuadorian or Llamingos | Ecuador | population 20,000 to 25.000 in 1994. Adult weight 80kg in males and 75 kg in females |
Kara or Kcara or K'hara | Bolivia | population >100,000 in 1991. Adult weight 80 kg in the male and 75 kg in the female. Height 105 cm in males and 95 cm in females |
Kara or Peleda | Peru | population 800,000 in 1992. Adult weight 90 kg in the male and 85 kg in the female. Height 110 cm in males and 105 cm in females |
Kara or Lutica | Chile | population 30,000 in 1991. Adult weight 80 kg for males, 75 kg for females. Height 105 cm for males and 95 cm for females. |
References
1. Escobar, R. C. 1984. Animal Breeding and Production of American camelids. Lima, Peru: Talleres Graficos de ABRIL.
2. FAO. 1982. Domestic Animal Diversity Information System (DAD-IS). Internet address: http//193.43.36.7:80/dad-is/, DAD-IS @ fao.org.
3. Kohler Rollefson. I. 1992. The camel breeds of India in social and historical perspective. Animal Genetic Resources Information: 53-64.
4. Kohler Rollefson. I. 1992. The Raika dromedary breeders of Rajasthan: a pastoral system in crisis. Nomadic Peoples: 74-83.
5. Kohler Rollefson, I. 1993. About camel breeds: a reevaluation of current classification systems. Journal of Animal Breeding and Genetics. 110:66-73.
6. Kohler Rollefson. I. 1995. Patoralists: Stewards of livestock genetic diversity. Journal of Camel Practice and Research. 2:157-158.
7. Kohler Rollefson, I., and H. S. Rathor. 1995. The Malvi Camel. Journal of Camel Practice and Research. 2:14-16.
8. Ordonez, T. H. 1994. Llamas, llama production and llama nutrition in the Ecuador highlands. Journal of Arid Environments. 26:67-71.
9. Schwartz, H. J. 1989. Productivity and utilisation of the one-humped camel (Camelus dromedarius) in Africa. Consultant Report to FAO, Rome and Berlin.
10. Schwartz, H. J., R. Dolan, and A. J. Wilson. 1983. Camel production in Kenya and its constraints. I. Productivity. Trop. Anim. Health Prod. 15:169-179.
11. Schwartz, H. J., and M. G. H. Walsh. 1990. Improving Reproductive Performance in the Dromedary: Consequences to Production Systems. Proceedings of the Workshop 'Is it Possible to Improve the Reproductive Performance of the Camel?1 - Paris: 409-425.
12. Schwartz, H. J.. A. J. Wilson. R. Dolan. J. O. Evans, and J. Fairhall. 1982. Produktionsleistungen von Kamelen (Camelus dromedarius) in ausgewahter gebieten Kenias. Prakt. Tierarzt. 63:964-969.
13. Shereif, N. A.; and G. A. Alhadrami. 1996. Detection of genetic variation in racing camels using random amplified polymorphic DNA (RAPD) technique. Journal of Camel Practice and Research. 3:91-95.
14. Stanley, H.. M. Kadwell, and J. Wheeler. 1994. Molecular evolution of the family Camelidae: a mitochondrial DNA study. Proc. Royal Soc. Lond. B. Biol. Sci. 256:1-6.
15. Vidal-Rioja, L., L. Semorile, N. Bianchi, and J. Padron. 1987. DNA composition in South American camelids. I. Characterization and in situ hybridization of satellite DNA fractions. Genetica. 72:137-46.
16. Vidal-Rioja, L.. A. Zambelli. and L. Semorile. 1994. An assessment of the relationships among species of Camelidae by satellite DNA comparisons. Hereditas. 121:283-90.
17. Wardeh. M. F.. A. A. Zaied. H. S. Horier. M. F. Wardeh. R. T. Wilson, and A. A. Zaied. 1990. Camel breeds in Arab Africa. Proceedings The Arab Symposium On Camel Husbandry and Diseases and Methods of their Control. Alger. Algeria. 24-26 March 1990.
18. Wilson. R. T. 1984. The camel. London. Longman. 223 pages.
19. Wilson. R. T.. and D. Bourzat. 1988. Past, present and future research on the one-humped camel in Africa. J. Arid. Environ. 14:1-15.
20. Zayed. A., G. Ghadari, and A. Chraiha. 1991. Camels in the Arab World. 1st Edition, University Omar Mokhtar, A1 Baida, Libya.
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