非洲的多宝羊:回顾它们在不同环境中的使用和表现

J. Ojango, M. Okpeku, R. Osei-Amponsah, Donald Rugira Kugonza, O. Mwai, Mizeck C. Changunda, Victor E. Olori
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摘要

在南非开发的杜珀羊品种被非洲大陆的许多国家用作纯种或与现有本土品种杂交,以提高绵羊产量。本文介绍了关于非洲大陆各地杜珀羊的收养、使用和性能的文献资料,以及在非洲不断变化的气候条件下杜珀羊更可持续生产的机会。除了关于南非杜珀羊的文献资料外,已发表的关于杜珀羊性能的资料主要来自东非。大多数国家最初将纯种杜珀保留在国家所有的机构中,与不同的本地品种进行繁殖和杂交试验,然后再将杂交品种分发给不同的牲畜饲养者。与杜珀杂交产生的后代比不同国家的本土品种有更好的生长率;然而,杜珀羊在南非的表现在其他任何国家都没有达到。包括杜泊羊在内的基因组研究已经确定了对布鲁氏菌病和卵状肺炎支原体产生抗性的感兴趣区域,这意味着杜泊羊对具有挑战性的环境具有适应性。不幸的是,在非洲,指导育种和绵羊生产力监测系统的局限性导致了杜珀羊的随意杂交。不同国家需要有针对性地制定育种计划,以改善当地适应的杜珀羊种群及其与本地品种的杂交。需要对新的科学和技术进行创新包装,并用于识别和繁殖更具生产力和适韧性的杜珀和以杜珀为基础的品种,以适应日益严峻的热带非洲牧场环境。
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Dorper sheep in Africa: A review of their use and performance in different environments
The Dorper breed developed in South Africa is used either as a pure breed or crossbred with existing indigenous breeds by many countries across the African continent to improve sheep production. This article presents documented information on the adoption, use, and performance of Dorper sheep across the continent of Africa and opportunities for their more sustainable production under the changing climatic conditions in Africa. Apart from the well-documented information on the Dorper sheep in South Africa, published information on the performance of the sheep is mainly from Eastern Africa. Most countries initially retained purebred Dorpers in nationally owned institutions for multiplication and crossbreeding trials with different indigenous breeds prior to distributing the crossbreds to diverse livestock keepers. The offspring produced through crossbreeding programs with the Dorper have better growth rates than indigenous breeds in the different countries; however, the performance of Dorper sheep in South Africa has not been achieved in any of the other countries. Genomic studies including Dorper sheep have identified regions of interest for resistance to brucellosis and Mycoplasma ovipneumonia that imply adaptability to challenging environments within Dorper sheep. Unfortunately, limitations in systems for guided breeding and monitoring of sheep productivity in Africa have resulted in haphazard crossbreeding of the Dorper. Targeted efforts are required across the different countries to develop breeding programs for improving locally adapted Dorper sheep populations and their crosses with indigenous breeds. New science and technologies need to be innovatively packaged and used to identify and propagate more productive and resilient Dorper and Dorper-based breed-types for the increasingly challenging tropical African range environments.
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