Meza-Herrera Cesar A, Navarrete-Molina Cayetano, Macias-Cruz Ulises, Arellano-Rodriguez Gerardo, De Santiago-Miramontes Angeles, Sariñana-Navarrete Maria A, Marin-Tinoco Ruben I, Perez-Marin Carlos C
Regional Universitary Unit on Arid Lands, Chapingo Autonomous University, Bermejillo 35230, Mexico.
Department of Chemical and Environmental Technology, Technological University of Rodeo, Rodeo 35760, Mexico.
Animals (Basel). 2024 Dec 23;14(24):3717. doi: 10.3390/ani14243717.
This review aims to emphasize the important role that goats and dairy goats play for many small-scale rural families worldwide, as well as to introduce a proposal for categorizing the main dairy goat production systems (DGPSs), using a multifactorial approach but emphasizing rainfall and nutritional supplementation level, as the focal categorization factors. The main DGPSs were divided into two metasystems based on available resources, each consisting of three production subsystems. In the first metasystem, the three subsystems have limited water, biotic, and economic resources, whose main economic rationality is based on reducing risk rather than maximizing outputs. In contrast, the three subsystems of the second metasystem usually have increased biotic, economic, and water resources, whose main emphasis involves maximizing product yield rather than reducing risk. The first metasystem involves DGPSs with a very limited or null nutritional supplementation: (a) subsistence, (b) extensive, and (c) agro-silvopastoral. The second metasystem includes those DGPSs with different levels of nutritional supplementation: (d) semi-extensive, (e) semi-intensive, and (f) intensive. There are numerous significant global initiatives focused on scientific collaboration and sharing information regarding nutrition, reproductive, and genetic technologies related to the safety and nutraceutical quality of goat milk and products while contextualized in different DGPSs. Hence, such scenarios should create additional opportunities for researchers, producers, policymakers, and development workers to come together and align interests and needs and exchange knowledge on effective goat farmer support strategies, environmental management, and consumer education. Undoubtedly, it is essential to reevaluate the DGPSs in the world since millions of producers and their families-most of them poor and marginalized-need this species, society needs their products, most of the worldwide arid and semi-arid lands need their recovery, and all of us should encourage the fulfillment of the sustainable development goals.
本综述旨在强调山羊和奶山羊在全球众多农村小家庭中所发挥的重要作用,并介绍一种对主要奶山羊生产系统(DGPSs)进行分类的建议,该方法采用多因素分析,但重点将降雨和营养补充水平作为关键分类因素。主要的奶山羊生产系统根据可用资源分为两个元系统,每个元系统由三个生产子系统组成。在第一个元系统中,这三个子系统的水、生物和经济资源有限,其主要经济合理性基于降低风险而非最大化产出。相比之下,第二个元系统的三个子系统通常具有更多的生物、经济和水资源,其主要重点是最大化产品产量而非降低风险。第一个元系统涉及营养补充非常有限或为零的奶山羊生产系统:(a)自给自足型,(b)粗放型,以及(c)农牧林混合型。第二个元系统包括那些具有不同营养补充水平的奶山羊生产系统:(d)半粗放型,(e)半集约型,以及(f)集约型。有许多重要的全球倡议聚焦于科学合作以及分享与山羊奶和产品的安全性及营养保健品质相关的营养、繁殖和基因技术信息,这些信息处于不同的奶山羊生产系统背景下。因此,这种情况应为研究人员、生产者、政策制定者和发展工作者提供更多机会,使他们能够汇聚在一起,协调利益和需求,并就有效的奶山羊养殖支持策略、环境管理和消费者教育交流知识。毫无疑问,重新评估全球的奶山羊生产系统至关重要,因为数以百万计的生产者及其家庭——其中大多数贫穷且处于边缘地位——需要这个物种,社会需要他们的产品,世界上大多数干旱和半干旱地区需要它们来恢复生态,而我们所有人都应该鼓励实现可持续发展目标。