Diversifying Rural Livestock Production by the Introduction of Holstein Friesian on Zero Grazing for Rural Dairy Production, Employment, Poverty Alleviation and Food Security in the Tropics
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The review was conducted from studies/reports of the performance of Holstein Friesian routinely kept by Heifer Project International (HPI) Farmer groups on imported Holstein Friesian herds on zero grazing in the western highland region of Cameroon. The review provides insight to the reports of the studied area, its climatic conditions, management of the animals and the methodology adopted by the researchers. Their findings and recommendations were also highlighted in order to inform policy makers and agencies with the responsibility to design programmes for rural development and youth empowment in tropical countries, the potentials of this technology to alleviate poverty, hunger, rural-urban migration and unemployment. The mean age at first calving was higher compared to other reports. The additive genetic variance of the sire that sired the dam of the heifer, the breeding techniques of maintaining a central bull for several farmers and other management techniques employed elongated age at first calving. Calving interval and calf birth weight were appreciable, though longer and lower respectively compared to existing reports. They were greatly affected by the management techniques employed by the farmers. The mean gestation length was low despite the poor management indicating that, this breed with improved management can be integrated into the tropical conditions. The percentage calf mortalities were very high. It varied across herd, indicating that there was no standard routine management practice adopted at the herds locations. The herd with better management recorded lower calf mortality. The effect of calf mortality rate on calf crop and selection for genetic improvement were worse and also varied across herds. In some herds, all the heifers produced must be retained to maintain herd size. In other herds the cow must calve many times before it is able to produce a heifer, that would replace it and lactate in the herd. The higher the number of calving that produced a lactating heifer, the longer the generation interval, and the lower the genetic progress achieved through selection when generation intervals are elongated. The genotypic diversity created through independent assortment, segregation and recombination of genes as random effects through gametogenesis and fertilization, respectively were lost to calf mortality and never presented to the environmental challenges of the tropics for selection and adaptation. Superior genotypes that could have tolerated the tropical condition were never exposed to build physiological mechanism that would help them cope with tropical stress. The few genotypes that survived, were introduced into the stressful conditions of the tropics often too early and sudden with no time to allow them develop and build their survival techniques to enhance their adaptation in the tropics. There were high incidences of disease prevalence which also varied across herds, locations, type of bedding materials used and floor type in the housing. There was no housing design directed towards herd health as participating farmers erect structures they can afford. This was why calf mortality rate were very high. The calves are being introduced into an already diseased hazard environment without adequate time to develop their own defence mechanisms. The survival of some calves, reproductive performance of the herd and their lactation thus indicate that, this breed can be integrated into the tropical conditions. There is however, need for interested countries and agencies to design a low cost housing type and insist that, their potential beneficiaries must provide this housing and adequate feed from the zero grazing plots first before they acquire their animals. Mud floor must be replaced with laterite floor for easy drainage of urine and water. This will improve herd health, introduce calves into the challenging tropical stress gradually and allow them enough time to build their body defence against prevalent diseases. There is also the need to reduce the number of farmers attached to a central bull, to ensure that all heifers attached to a bull have successful services.
- Department of Animal Breeding and Physiology, University of Agriculture, Makurdi, Nigeria, email@example.com
- Department of Animal Production, University of Agriculture, Makurdi, Nigeria
- Department of Animal Production, University of Agriculture, Makurdi, Nigeria
-  Akinokun, J.O. (1970). Genetics in the improvement of livestock production; Nigerian Journal of Genetics. 1: 28-37.
-  Almando, T.P. (1986). Conservation of Animal genetic resources, Brazil National Programme, In: FAO Animal Production and health paper No. 06. Animal genetic resource, strategies for improved use and conservation, 165-175.
-  Animal welfare information Centre (AWIC) (1992). Environmental enrichment information resource for Non-human primates. AWIC News 5(4) 1-2, 8.
-  Anne Schuchal, Tami, E., Elizabeth, Z.R. and Lee, H. (2001). Tick and tick-borne bacterial diseases, Vol.7, No. 1.
-  Anzaldo, A.J., Harison, P.C., Maghirang, G.L. and Gonyou, H.W. (1994). Increasing welfare of laboratory Rats with help of spatially enhanced cages. AWIC News 5(3): 1-2, 5.
-  Azzam, S.M., Kinder, J.E., Nieisen, M.K., Werth, L.A., Gregory, K.E., Cundiff, L.V. and Roch, R.M. (1993). Environmental effects on neonatal mortality of beef calves. J. Anim. Sci. 71: 282-290.
-  Bailey, G.L. and Boister, W.H. 1954. The influence of live weight on milk production during the first lactation. J. of Dairy Research 2: 5-9.
-  Becker, A.W. (1992). Manual of quantitative genetics, Fifth Edition, publisher Pullman, WA 99163-9666, U.S.A.
-  Becker, A.W. (1972). Manual of Quantitative genetics. Fifth edition, Publisher Pullman, WA99163-9666, U S A.
-  Bellhorn, R.W. (1980). Lightening in the Animal Environment, Laboratory Animal Science, 30 (part II). Pp. 440-450.
-  Brakel, W.J., Rife, D.C. and Salisbury, S.M. (1952). Factors associated with duration of gestation length in Dairy cattle. J. Dairy Sci. 35: 179-194.
-  Brown, D.E. (1986). Transportation stress. Limiting the effect of stress on cattle. West Reg. Pub. No. 009. 77-80.
-  Carrey, D.H. and Fletcher, S.M. (1986). An evaluation of management practices used by Southern Dairy farmers. J. Dairy Science. 69: 2458-2464
-  Cohen, R.D.H., King, B.D., Thomas, L.R. and Jangen, E.D. (1990). Efficacy and stress of chemical versus surgical castration of cattle. Cam J. Animal Science, 70: 1063-1072.
-  Cossivi, Mushin, F.X., Dabon, C.J. and Grange, J.M. (1995). Epidemiology of Mycobacterium bovis infection in animals and humans with particular reference to Africa; Rev. Sci. Tech. Off. Int. Epi. 14(3): 733-746.
-  Defra (2003). Consultation. April 2003 policy paper 04/24/2003. Animal Health welfare strategy for Great Britain.
-  Ehiobu, N.G. and Solomon, O.B. (1998). Mortality rates of Friesian cattle in relation to genetic improvement in tropical environment. Proceeding: Silver Jubilee Anniversary Conference of NSAP. Paper No. 145, March 21-25th. 1998.
-  Ehoche, O.W.A., Malau-Adulla, E and Abubakar, B.Y. (1992). Factors affecting birth weight and growth rate in Friesian X Bunaji calves. Nigerian J. of Animal Sci. No. 6. pp. 100-105.
-  Fall, A., Diop, M., Sandford, Jennifer, Nisseog, Y.J., Paajin and Trial, J.C. (1982). Evaluation of the productivities of Djallonke sheep and N’dama cattle at the Centre de Recherches, Zoo techniques, Kolda Senegal; ILCA, Res. Rep. No. 3: 40-70.
-  Goddard, M.E. (1978). Animal Breeding. In: Beef cattle production in the Tropics. R.M Murray and K.W. Entwinstle (Eds). 123-156.
-  Gwaza, D.S,, Okwori, A.I., Fombah, E.M. and Abu, A.H. (2007a). A retrospective study on reproduction and dairy performance of Holstein Friesian on zero grazing in the Western highland regions of Cameroon. Livestock Research for Rural Development (LRRD) 19 (4). 1 – 10. http://lrrd.org/lrrd19/4/gwaz19057
-  Gwaza, D.S,, Okwori, A.I. and Fombah, E.M. (2007b). Calf mortality and its effects on genetic improvement due to selection of Holstein Friesian Herds under local farmers at the Western highland Regions of Cameroon. Journal of Tropical Agricultural Research 23: 40-44
-  Ibrahim K.M. (1988). Forage Plant Development and Extension in Kenya. AG; DP/KEN/84/007 Technical Report 34-36, Rome, Italy.
-  Itammon, K. and Leicth, M. (1995). World Animal Review. A quarterly Journal on Animal health, Production and products. Vol. 84 / 85. 1995 / 3-6.
-  James, R.E., McGilliard, M.L. and Hartman, D.A. (1984). Calf mortality in Virginia Dairy Herd Improvement herds. J. Dairy Sci. 67(4): 908-911.
-  Jennifer, Sandford, Y.J., Wissocq, J., Durkin and J.C.M. Trial. (1982). Evaluation of the productivities of Djallonke sheep and N’dama cattle at the Centre de Recherches, Zootechniques Kolda, Senegal, ILCA Research Report, No.5; pp. 44-45.
-  Johanson, J.m. and Berger, P.J. (2003). Birth weight as a predictor of calving ease and perinatal mortality in Holstein. J. Dairy Sci. 86(11): 3745-3755.
-  Joubert, D.N. 1961. Duration of pregnancy of south Afr. Friesian cattle. S. Afr. J. Agric. Sci. 4, 467-472.
-  Kilfaro, G.C. (1995). Performance of exotic dairy cattle in the Southern highlands of Tanzania and prospects for genetic improvement. Ph.D. Thesis & U.A. pp. 291.
-  Knudsen, P.B. and Sohael, A.S. (1970). The Vom herd. A study of the performance of mixed Friesian Zebu herd in a Tropical environment. Trop. Agric., (Trnid) 47(3): 189-203.
-  Martin, S.W., Schwabe, C.W. and Franti, C.E. (1975). Dairy calf mortality rate: Influence of management and housing factors on calf mortality rate in Tulare county, California. Am. J. Vet. Res. 36(08): 1111-1114.
-  Mbap, S.T and Ngere, L.O. (1988). Productivity of Friesian cattle in Sub-tropical environment. Trop. Agric. (Trnid). Vol. 66. No. 2: pp. 121-124.
-  Mbap, S.T. 1996. A note heritability estimates of birth weight and calving interval of White Fulani cattle. Nigerian Journal of Animal Production. Vol. 23. No. 122. pp. 101-102.
-  McDoweil, R.F. (1972). Improvement of livesock production in warm climates, San Fransisco, W.H. Freeman and Co.
-  Mrode, R.A. and Akinokun, O. (1986). Genetic parameters and factors affecting reproductive performance in White Fulani cattle in Southern Nigeria. Trop. Anim. Hlth. And Prod. 18: 81-154.
-  Ogata, Y., Nakao, T., Takahashi, K., Abe, H., Misawa, T, Urushiyama, Y. and Sakai, J. (1999). Intra-uterine growth retardation as a cause of perinatal mortality in Japanese Black beef calves. J. Vet. Med. A. 46: 329-334.
-  Okwori, A.I., Gwaza, D.S. and Fombah, E.M. (2007). Disease prevalence affecting Holstein Friesian cattle on zero grazing at the Western highland Regions of Cameroon. Journal of Tropical Agricultural Research 23: 50-55.
-  Oni, O.O., Buvarnendran, V. and Dim, N.I. (1989). Estimates of genetic and phenotypic parameters for body weight in Bunaji (White Fulani) cattle. Trop. Agric. (Trinid) 65: 369-371.
-  Osei, S.A.K., Eltah-Baale and P. Karikari. (2004). The reproductive p;erformance of Friesian cattle breed in the hot humid zone of Ghana. Unpublished research supported by International Atomic Energy Agency, Vienna and the Government of Netherlands under Research contract No. 4825 / NL.
-  Oyedipe, E.A., Buvarnendran, V. and Eduvie, I.O. (1982). Some factors affecting the reproductive performance of White Fulani (Bunaji) cattle. Trop. Agric. (Trinid) 39: 231-234.
-  Payne, W.J.A. (1951). Records from the dairy herd at Singatoria for the Decade (1941-1950). Anial breeding Abstract 230: 1006.
-  Payne, W.J.A. (1985). Disease and parasites of livestock in the tropics. Pp. 100-105.
-  Rachnefeed, A.T., Kress, D.O., Burfering, P.J. and Fredrick, R.A. (1980). Sire X region of U.S. and herd interaction effect on calving ease and Birth weight. J. Anim. Sci. 55: 765-769.
-  Rege, J.E.O., Rook, J.S. and Rendel, J. (1992). Genetic Analysis of Reproductive and Productive performance of Friesian cattle in Kenya. I. Genetic and phenotypic parameters. J. Anim. Breed. Genet. 108: 412-423.
-  Rendel, J. (1972). Dairy cattle in hot climate. World Rev. Anim. Prod. 8: 16-24.
-  Rooks, J.S. and Larry, A.K. (1997). Effect of management level on prevalence of bacterial and parasitic diseases in the tropics. Unpublished research paper.
-  Singh, O.N., Singha, B.O. and Singh, B.P.S.R. (1958). Environmental and hereditary causes of variation in gestation of Tharparker cows. Indian J. of Dairy Sci. 11: 109-112.
-  Steele, R.G.D. and Torrie, J.H. (1980). Principles and Procedures of Statistics: A Biometrical Approach. 2nd. Ed. McGraw- hill. London, U.K. 633 pp.
-  Stephen, S.K. (2000). Comparative performance of Dairy cattle under large scale and small holder dairy farms in Tanzania: A Review, Deparment of Animal Science and Production, Sokoine University of Agriculture, P.O. Box 3224. Morogoro
-  Stetshwaelo, L.L. and Adebambo, A.O. (1989). Genetic conservation of domestic livestock. Vol. 2: Ed. Lawrence Anderson Imres. Bodo, CAB International, Wallingford. Pp. 87-102.
-  Vesely, J.A. and Robinson, O.W. (1971). Genetic and maternal effects of pre-weaning growth and types scores in beef calves. J. Anim. Sci. 32: 825-831.
-  Wasting, J.M., Akanmori, B.D. and William, D.J.I. (1999). Zoonoses in West Africa. Impact and Control. Para-psychology Today. 15 (8): pp. 309-311.
-  Wheat J.D. and Riggs, J.K. (1958). Heritability and Repeatability of gestation length in beef cattle. J. Anim. Sci. 17: 248-253.
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