阿拉伯联合酋长国干旱条件下绵羊和山羊生产系统的可持续性

S. Sherif , S. Al-Shorepy , A. Al-Juboori , E. Fathelrahman
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引用次数: 5

摘要

在自然资源匮乏的限制下,阿联酋的绵羊和山羊生产系统是研究投入使用经济效率(生产和分配)的理想环境。尽管这一分部门在阿联酋很重要,但从未传播过可靠的横截面数据。研究目标是:获得阿联酋现有小反刍动物养殖场的基线信息;确定产出对投入百分比变化的反应能力,对产出水平影响最大的突出投入进行排序;并确定最重要投入的相应配置效率。2012年期间,在Al-Ain、西部地区和阿布扎比三个地区开展了一项横断面实地调查,涵盖了661个主要从事绵羊和山羊生产活动的混合农场。采用Cobb-Douglas双对数生产函数法估计重要经济导数。采取了多学科办法,以便更好地了解该问题的生物学和经济学观点的综合。结果表明,分别用于绵羊和山羊的投入效率低下;绵羊生产中使用的所有投入物都被过度利用,而山羊生产中使用的投入物有两种未充分利用,一种过度利用,只有一种投入物接近经济使用最佳。研究的受益者包括战略决策者和个体绵羊和山羊养殖者。
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Sustainability of Sheep and Goat Production Systems under United Arab Emirates’ Aridland Constraints

Sheep and goat production systems in the UAE within scarce natural resource constraints represent an ideal setting for studying input-use economic efficiency (production and allocative). Despite the importance of this subsector in the UAE, no reliable cross-sectional data was ever disseminated. The research objectives are to: obtain the baseline information on the existing small-ruminant farms in UAE; identify the responsiveness of output to percentage changes in inputs, rank the prominent inputs with the greatest impact on output level; and determine the corresponding allocative efficiency for the most significant inputs. A cross-section field survey that covered 661 mixed farms, with major sheep and goat production activities, was conducted in three areas of Al-Ain, the Western Region, and Abu Dhabi during 2012. Cobb-Douglas double-logarithmic production function approach was applied to estimate the important economic derivatives. A multidisciplinary approach was implemented to better understand the integration of biological and economic perspectives of the issue. Results indicated inefficiency of the inputs utilized for sheep and goats separately; where all of the inputs used in sheep production were overutilized, whereas those used in goat production were two underutilized, one over-utilized, with only one input close to economic-use optimality. Study beneficiaries include strategic-decision makers and individual sheep and goats producers.

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Contents Preface Contents Contents Lactic Acid Production from Repeated-Batch and Simultaneous Saccharification and Fermentation of Cassava Starch Wastewater by Amylolytic Lactobacillus Plantarum MSUL 702
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