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Agricultura Tropica et Subtropica

The Journal of Mendel University in Brno, Czech Republic

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1801-0571
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Growth Performance and Milk Yield in Sahelian × Anglo-Nubian Goats Following Crossbreeding in the Semi-Arid Zone of Mali

Mohamed Shaker Momani / Souleymane Sanogo / Dounanké Coulibaly / Samer Al-Olofi / Talal Alkhewani
Published Online: 2012-11-01 | DOI: https://doi.org/10.2478/v10295-012-0020-9

Abstract

The objective of this study was to evaluate the effect of crossbreeding Sahelian Goats (SG) with Anglo-Nubian (AN) bucks on growth performance of kids and milk production of does during the pre-weaning period. Forty four suckled and hand-milked does were randomized and divided into two groups [Sahelian goat (SG; n = 22) and Anglo-Nubian × Sahelian goat (ANSG; n = 22)] and ninety kids of three breeds were allocated to three groups [(SG; n = 30), (ANSG; n = 30) and backcross breeds kids (AN (ANSG); n = 30)]. The does and their offspring were kept in a pen in which they stayed indoor for 45 days before they were allowed to outdoor system as the weather was suitable. Every category received a nutritional supplementation depending on the annual season (rainy, dry cold and dry hot season). The body weight gain of the kids and the average daily milk yield of the does were recorded weekly from parturition to 100 days of age.

The birth weight and live weight of kids were significantly affected by the breed type (P ≤ 0.001). The body weights of kids were greater in AN (ANSG), and ANSG group (P ≤ 0.001), compared to SG at all ages. The growth performance was the greatest in AN (ANSG) kids until 30 days (113.70 ± 15.79 g) and until 100 days, 91.23 ± 8.12 g (P ≤ 0.001). Moderate correlation was found between overall kids birth weight and live-body weight at 60 days of age (r = 0.52). Similarly, daily milk yield was highly affected by breed type (P ≤ 0.001) throughout the observation period, while the effect of sex on daily milk production was not significant. The total milk yield at 100 days has increased of 103% in ANSG over SG. Results of this study indicate that crossbreeding Sahelian Goat with Anglo-Nubian goat breed improved their growth rate and milk production.

Keywords: Pure Sahelian Goat; Anglo-Nubian; crossbreeding; growth; milk yield.

  • Afzal M., Javed K., Shafiq M. (2004): Environmental Effects on Birth Weight in Beetal Goat Kids Livestock Production. Pakistan Veterinary Journal 24:104-106.Google Scholar

  • Banda J.W. (1999): A comparison of the growth and milk conversion rates of lambs and Goat kids in Malawi. UNISWA Research Journal of Agriculture, Science and Technology 3: 75-81.Google Scholar

  • Bonfoh B. (2005): Projet politiques laitières: Synthèse scientifique et technique Mali.Google Scholar

  • Cissé M., Ly I., Nianogo A. J., Sané I., Sawadogo J. G., N’diaye M., Awad C., Fall Y. (2002): Grazing behavior and milk yield of Senegalese Sahel goat. Small Ruminant Research 43: 85-95.CrossrefGoogle Scholar

  • Devendra C. (1985): Prolific breeds of goats. In: R.B. Land and D.W. Robinson. Genetics of Reproduction in Sheep, Butterworth, London, pp. 69-80.Google Scholar

  • DNA (2007): National Department of Agriculture of Mali. Yearly Report.Google Scholar

  • DNPIA (2008): Direction Nationale des Productions et Industries Animales, Mali, Rapport Angel.Google Scholar

  • DNS (1999): Annual statistics of imports of food products in Mali. National Department of Statistics; Bko/Mali.Google Scholar

  • Dmitriez N.G., Ernst L.K. (1989): Animal Genetic Resources of the USSR. Animal Production and Health Paper Publ. by FAO, Rome, 517 p.Google Scholar

  • Gebrelul S., Sartin S.L., Iheanacho M. (1994): Genetic and non genetic effects on the growth and mortality of Alpine, Nubian and crossbred kids. Small Ruminant Research (13):169-176.CrossrefGoogle Scholar

  • Konaré G., Temé B.N. (1997): Aliments dans les villes approvisionnement et distribution alimentaires de Bamako pré-étude de cas. Programme FAO, pp. 1-86.Google Scholar

  • Macciotta Np, Fresi P, Usa i G, Cappio-Borlino A. (2005): Lactation curves of Sarda breed goats estimated with test day models. Journal of Dairy Research 72: 470-475.CrossrefGoogle Scholar

  • Makun H.J., Ajanus J.O., Ehoche O.W., Lakpini C.A.M. taru S.M. (2008): Growth rate and milk production otential of Sahelian and red Sokoto breeds of goats in orthern Guinea Savanah. Pakistan Journal of Biological cience 11: 601-106.CrossrefGoogle Scholar

  • Malau-Aduli B.S., Eduvie L. O., Lakpini C. A. M. (2000): Variations in live weight gains, milk yield and composition of Red Sokoto goats fed crop-residue-based supplements in the sub humid zone of Nigeria. Livestock Production Science 83: 63-71.Google Scholar

  • Mike O. O., Osakwe I. I. (2008): Estimation of genetics parameters of growth traits in Nigeria Sahelian Goats, Department of Animal Production and fisheries. Ebonyi state University, P.M.B 053 Abakaliki, Nigeria. Journal of Animal and Veterinary Advances 7: 535-538.Google Scholar

  • Missohou A., Diouf L., Sow R. S., Wollny C. B. A. (2005): Goat milk production and processing in the Niayes in Senegal. Ecole Inter-états des Sciences et Médecine Vétérinaire (EISMV), South African Journal of Animal Science 34: 151-154.Google Scholar

  • Montaldo H. Juárez A., Berruecos J.M., Sánchez F. (1995): Performance of local goats and their backcrosses with several breeds in Mexico. Small Ruminant Research (16) 2: 97-105.CrossrefGoogle Scholar

  • Mumba P.P., Banda J.W., Nyoni C.C., Kaliwo A.E., Msowoya S.B.S. (2003): Milk yield, physico-chemical properties and composition of milk from indigenous Malawi goats and their Saanen half-breds. International Journal of Consumer Studies (27) 3: 185-189.Google Scholar

  • Ngere L.O. (1973): Size and growth rate of the West African dwarf sheep and a new breed, the Nungua Blackhead of Ghana. Ghana Journal ofAgricultural Science (6): 13-117.Google Scholar

  • Nianogo A. J., Ilboudo P.C. (1992): Effect of energy level on milk production by Mossi ewes and Sahelian does in Small ruminant research and development in Africa. ILRI, December: pp. 7-11.Google Scholar

  • NANTOU MÉ H., BALLO A., TR AORE D., DIARRA C.H.T. (2005) : Mise au point des techniques de production de lait de viande et de laine des petits ruminants. Rapport final PR2, 11e session du Comité de Programme de l’Institut d’Economie Rurale, 31-31.Google Scholar

  • Ngere L.O. (1973): Size and growth rate of the West African dwarf sheep and a new breed, the Nungua Blackhead of Ghana. Ghana Journal ofAgricultural Science (6):13-117.Google Scholar

  • Nianogo A. J., Ilboudo P.C. (1992): Effect of energy level on milk production by Mossi ewes and Sahelian does in Small ruminant research and development in Africa. ILRI, December: pp. 7-11.Google Scholar

  • Nusz S., Walker E. (2008): Growth of lambs and meat goat kids grazing warm season grasses with or without protein supplement. American Society of Animal Science: 28.Google Scholar

  • Pagot J. (1985): L’élevage en pays tropicaux. Ed. G.P. Maison-Neuve et Larose : 525 p.Google Scholar

  • Robinet A.H. (1967): La chèvre rousse de Maradi. Son exploitation et sa place dans l’économie et l’élevage de la République du Niger. Revue d’Elevage et de Médecine Vétérinaire des Pays Tropicaux 20: 129-196.Google Scholar

  • Sangaré M., Pandey V. S. (2000): Food intake, milk production and growth of kids of local, multipurpose goats grazing on dry season natural Sahelian rangeland in Mali. Animal Science (71) 1: 165-173.Google Scholar

  • Salah H.S., Salah Bazar M.N., Mogawer H.H. (1989): Body weight of Aradi goat kids in Saudi Arabi at different ages and affected factors. Journal of King Saud University, Agriculture Science (1, 2): 17-24.Google Scholar

  • SAS (2002): User’s Guide. SAS Windows 9.0. (SAS, Institute Inc., Cary, NC).Google Scholar

  • Tera S. (2008): Activités en station de recherche au Programme Petits Ruminants de l’IER (CRRA-Kayes) (Samé); Rapport de fin de cycle.Google Scholar

  • Vargas S., Larbi A., Sánchez M. (2007): Analysis of size and conformation of native Creole goat breeds and crossbreds used in smallholder agro-silvopastoral systems in Puebla, Mexico. Springer Tropical Animal Health and Production (39): 279-286.CrossrefWeb of ScienceGoogle Scholar

  • Wijeratne W.V.S. (1968): The production traits of a nondescript breed of South Indian goat. Tropical Agriculture Trinidad (45): 39-45.Google Scholar

  • Wilson R.T. (1991): Small ruminant production and the small ruminant genetic resource in tropical Africa. FAO. Animal Production and Health (88): 231.Web of ScienceGoogle Scholar

About the article

Received:

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Published Online: 2012-11-01

Published in Print: 2012-10-01


Citation Information: , ISSN (Online) 1801-0571, DOI: https://doi.org/10.2478/v10295-012-0020-9.

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