干旱半干旱区骆驼奶保鲜与非市售奶利用策略与技术

J. Ogolla, C. Dede, M. Okoth, O. Hensel, B. Sturm
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引用次数: 4

摘要

本研究测定了肯尼亚Isiolo县骆驼奶产量、消费量、变质和泄漏的季节性波动,并探讨了骆驼奶粉的消费形式和可接受性。此外,研究人员还考察了骆驼奶供应链中未上市奶的利用、保存技术和减少奶损的策略。使用结构化问卷从216名受访者(生产商、贸易商和运输商)收集定量数据,同时通过参与者观察、关键信息提供者访谈和涉及骆驼奶供应链参与者的焦点小组讨论收集定性数据。定量数据采用描述性和推理分析,定性数据采用专题分析。丰水期骆驼产奶量、产奶量、产奶量、产奶量和产奶量分别增加45.5%、40%、81.0%和79.1%。骆驼奶通常以烟熏和煮的形式或茶的形式食用,但从未以巴氏消毒或粉末的形式食用。运输性、价格可承受性和保质期是骆驼奶粉可接受性的重要因素。非市售牛奶中,湿季和干季弃置率分别为28.8%和9.0%,加工率分别为11.2%和22.4%。减少牛奶损失的主要策略是:保持卫生习惯(88%的生产者,61%的贸易商),对牛奶处理设备进行烟熏(68%的生产者,10%的贸易商),以及简单冷却(13%的生产者)。高成本和有限的技术可行性限制了保存技术(冷冻和冷藏)的应用。这些发现表明,在干旱和半干旱地区,需要适当的牛奶保存技术来延长乳制品的保质期。
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Strategies and Technologies for Camel Milk Preservation and Utilization of Non-Marketed Milk in Arid and Semi-Arid Areas
ABSTRACT This study determined the seasonal fluctuations in camel milk yield, consumption, spoilage and spillages, and explored its forms of consumption and the acceptability of camel milk powder in Isiolo County, Kenya. In addition, the utilization of non-marketed milk, preservation technologies, and strategies for milk loss reduction employed along the camel milk supply chain were examined. Quantitative data was collected from 216 respondents (producers, traders and transporters) using a structured questionnaire while qualitative data was collected through participant observations, key informant interviews and focus group discussions involving the camel milk supply chain participants. For quantitative data, descriptive and inferential analyses were conducted whereas for qualitative data thematic analyses were utilized. Camel milk yield, consumption, spoilages and spillages increased by 45.5%, 40%, 81.0% and 79.1% respectively in the wet season. Camel milk was often consumed in smoked and boiled forms or as tea but never in pasteurized or powder form. Transportability, affordability and shelf life were mentioned as important attributes for camel milk powder acceptability. For non-marketed milk, 28.8% and 9.0% was discarded in the wet and dry seasons respectively while 11.2% and 22.4% was processed. The main strategies employed for milk loss reduction were: maintenance of hygienic practices (88% producers, 61% traders), smoking of the milk handling equipment (68% producers, 10% traders), and simple cooling (13% producers). High cost and limited technical feasibility restricted the utilization of preservation technologies (chilling and refrigeration). These findings show the need for appropriate milk preservation technologies for longer shelf life of milk products in arid and semi-arid areas.
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