Endangered indigenous cattle breeds of Nigeria a case for their conservation and management

ABSTRACT
The Nigeria cattle breeds and their productivity were reviewed. A case was made for their
conservation and management, an action plan was also proposed for the Nigerian government. The
indigenous cattle breeds of Nigeria have short calving interval, are hardy and trypanotolerant, known
for early maturity with low mortality rate for total herd (2% and 4.7% for Muturu and Keteku
respectively). The Kuri has high potentials for milk production and can calve up to twelve times in life
time. They also have enormous contribution to source of income to many cattle rearers in Nigeria. The
indigenous cattle breeds of Nigeria are endangered. The Muturu, N’dama and Keteku are endangered
due to extensive uncontrolled crossbreeding with exotic breeds. There is also waning interest among
farmers in the use of intact indigenous breeds. The Kuri and Biu cattle breeds are endangered due
primarily to environment factors. The civil war also had a significant effect on the elimination of some
indigenous cattle breeds especially the forest breeds. The endangered indigenous cattle breed can be
conserved by the In-situ techniques. The cost of maintenance of the insitu preservation is often high,
but it is to be preferred because it is less technically involving and can be well manage given adequate
technologies and funds. The inbreeding effect and maintenance of natural habitat can be reduce by use
of appropriate mating system and preservation of the original environment. The live conservation
techniques can be organise into park with wild life for revenue generation. Rural farming communities
can also be organize to form National indigenous cattle breed ownership Scheme (NICABROS), as a
community based conservation management technology are action plans that are propose for insitu
conservation of Nigerian endangered cattle breeds

References
[1] Aboul – Naga A.M and El-Serafy, A.M (1988). Post experience of sheep improvement
in Egypt and future directions. In Tomson E.F and Thompson F.S (eds) proceeding
workshops on increasing small ruminant productivity in semi – Arid areas. Klucver
Academic Publishers dordiecht.
[2] Acharga, R.M (1982). Sheep and goats breeds of India, animals genetic resources,
strategies for improved area and conservation. FAO Animal production and health paper
No. 30
[3] Adebambo, A.O (1992). Genetic conservation of domestic livestock, Vol. 2 od.
Lawrence Anderson. Imres. Bod CAB. International, walhingford. 74-87.
[4] Adeniyi, K.O (1974). Endangered cattle breed of West Africa. First OAU expert
committee meeting on animal genetic resource in Africa. Nairobi, Kenya.
[5] Adeniyi, K.O (1985). Proceedings of the expert committee meeting, animal genetics
resource in Africa. 24-28 Nov. 1983, Bulawayo, Zababwe, OAU/STRC/IBAR.
[6] Olufunmilayo A. A. (2001). The Muturu: A rare sacred breed of cattle in Nigeria.
Animal genetic resource information No. 31, Pp. 27-36
[7] Almando, T.P (1987). Conservation of animal genetic resources, Brazil National
programme. In FAO Animal production and health paper 06. Animal genetic resources,
strategies for improved used and conservation 165-173.
[8] Blaat, P.N Bhat Pran P., Kan, B.U., Goswani, O.B and Snigh, B. (1979). Animal genetic
resource in India paper for SABRAO workshop on Animal genetic resources, Tsikaba,
Japan
[9] Bodo, I., Buvanendran, V. and Hodges, J. (1984). Manual for training course on animal
genetic resource, conservation and Management. 0011. FAO/UNEP/UNIV. Vet. SCI
Budapest edition.
[10] Bodo, I. (1987). Principles in use of live Animals for conservation of endangered
species. In FAO Animals production and health papers No. 66, 191-197.
[11] Bodo, I., and Helen. T. (1987). In breeding and reproduction in small herd EAAP
Ceningrad. G: 1-7
[12] Brooke, C.H and Rhyder, M.C (1978). Declining breeds of Mediterranean sheep, FAO
(1978) animal production and health paper No. 8.
[13] Change, P.L (1984). Livestock breeds or Chaina FAO animal production and health
paper 66, 161-162.
[14] Devillard, J. (1985). An example of national projected on management of animal
genetic resources (N’dama cattle breed in the republic of Guinea. FAO animal
production and health paper 44/1.
[15] Epstain, H. (1979). Vanishing livestock breeds in Africa and Asia. First world congress
on genetics applied to livestock, mad drib, Spain U, 31-35)
[16] Fahmy S.K, Fahim, M.A Atteya, M and El-Michallami, M.K. (1976). Dairy short horns
and its crosses in Egypt. Agricultureal Review Cairo 547, 79 -87.
[17] FAO/UNDP (1983). Animal genetic resources information FAO/UNEP, Rome Italy.
[18] Hasnain, H.U (1996). World animal review. A quartery journal on animal health
production and products, Vol. 84/85 1995/ 3- 4.
[19] Helen, N.T (1978). Principles for preservation of endangered skeecoes and breeds pp.
181-190. FAO Animal Production and health paper No. 66.
[20] ILCA Monograph. (1979). Trypanotolerant livestock in West and Central Africa. Vol. I
General Study.
[21] IUCNN, (1978). International Union for the conversation of nature and natural
resources. Red data book.
[22] Kebede, B. (1981). Ethiopia country report on Animal genetic and their conservation.
FAO Animal production and health paper No. 24.
[23] Kiwalwa, G.H; Trial, J.C Kurtu, M.Y; Worku, G. auderson F. and Durki J. (1983).
Cross bred daily cattle productivity in Arsi region; Ethiopia, ILCA research report II.
International livestock center for Africa 29 pp.
[24] Lahlou-karsi, L. (1987). Education and training and production for animal genetic
resource in Africa. FAO 1987, animal health and production paper No. 66 pp. 155-158.
[25] Malbrout, R.P and babui, R. (1947). The Lake Chard cattle. FAO 1987 animal
production and health paper No. 55 pp. 128-139.
[26] Macfarlane, J.S. (1970). Evolutionary development od dual purpose Zebu cattle (the
Mpwapwa project) in a review livestock research in Tanzania 1950-1970 (Private
Publication).
[27] Manson, L. L. (1988). The indigenous livestock of Eastern and southern Africa.
Common Wealth Agricultural Bureau, farnham Royal, bucks.
[28] Oau, (1981). Animal genetic resource in Africa High potentials and Endangered
livestock breeds.
[29] Osman, A.H. and Rusell, W.S. (1947). Comparative performance of Difference grades
of European-Zebu crossbred cattle at Ghurashi dairy farm, Sudan Tropical Agriculture
(Trinidad) 51, 547-58.
[30] Olutogun, O.D. (1976). Reproductive performance of ranch reared Trypanotolerant beef
cattle breed in the southern guinea savannah of Nigerian; Ibadan. University of Ibadan,
s.d 19 p.
[31] Ramsey, K.A. (1986). The ngumi and it’s future in south Africa. Proceedings southern
Africa communion for the conservation And utilization of soils.
[32] Roberts, C.J. and Gray, A.R. (1973). Studies on trypanosome resistant cattle I-II.
Tropical animals health production, 5(4) 220-233.
[33] Siverajasingham, S. (1986). Education and training for animal genetic resource in Asia,
FAO Animal production and health paper No. 66 pp. 155-158.
[34] Smith, C. (1977). Use of stored frozen semen and Embryos to measure genetic trends in
farm animals 2. Tiers. Zurchtungsbiol. 94:119-130.
[35] Smith, C. (1984). Economic benefits of conserving animals genetic resources. ACIRI.
No. 3, 10 FAO Rome.
[36] Smith, C. (1984a). Economic benefits of conserving animal genetic resources. In animal
Gen. Resources information 3/84:10-24.
[37] Smith, C. (1984b). Genetic aspect of conservation in farm livestock. Livestock
production science U: 37-48.
[38] Stetshwaelo, L.L. (1990). Live animal conservation project in Africa.FAO Animal
production and health paper 80. Pp. 113-118.
[39] Stetshwaelo, L.L. Counsel, L., and Adebambo, A.O. (1992). Genetic conservation of
domestic livestock, Vol. 2; od. Lawrence Anderson. Imres. Bodo. CAB International,
walling. Pp. 87-102.
[40] Trail, J.C. and D’ Ieterem, G.D. (1989). Trypanotolerance and the value of conserving
livestock genetic resource. Genome 31.
[41] Clemens B.A. Woolley, 2001. The need to conserve farm Animal Genetic Resources
through community-based. Management in Africa: should policy makes be concerned?
NOTA DILAVORO 105.
[42] Weitzman, M; (1993). What to preserve? An application of diversity theory to crane
conservation. Quarterly Journal of Economics, 108: 157-183.
[43] Dettmers, E, Oduwole, O. and Anwana, T.A (1976b). Some genetic parameters in white
Fulani cow (Bunaji). Niger J. Genetic 2: 236-239.
[44] Sada, I. (1968).The length of gestation period calving interval and service period in
indigenous West Africa cattle: N’ dama, west Africa short horn and sokoto Gudali.
Ghana journal of agricultural science I. 91-97.
[45] Stewart, J.L. (1951). The west Africa short-horn cattles, their value to Africa as
trypanotolerant animals vet. Res. 63. 454-457

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WSN 30 (2016) 68-88