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Is automatic milking acceptable in organic dairy farming? Quantification of sustainability indicators

机译:有机奶牛养殖场可以接受自动挤奶吗?可持续性指标量化

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摘要

The objective of this research, was to quantify sustainability indicators of organic dairy farms using Automatic Milking Systems (AMS), and a comparative group of organic dairy farms using conventional milking systems (CMS). Milk yield per cow was higher for AMS farms but did not result in higher net return to management. Nitrogen surplus per ha of available land was higher for AMS farms, Animal health was unaffected by AMS use, as also most milk quality aspects; somatic cell count, clostridium spores and urea. Acid degree value (ADV), measured as free fatty acids (FFA) in the milk, was higher in milk from AMS users. Labour time was decreased by almost 50% for AMS users, to 2.3 min/cow/day. It could be concluded from quantification of selected indicators on economy, environment, cow health, milk quality, and labour time, that the organic dairy farms using AMS, in spite of the substantial decrease in grazing time, show potential for a sustainable development.
机译:这项研究的目的是量化使用自动挤奶系统(AMS)的有机奶牛场的可持续性指标,以及使用常规挤奶系统(CMS)的一组有机奶牛场的可持续性指标。 AMS农场的每头奶牛产奶量更高,但并未带来更高的管理净回报。 AMS农场每公顷可利用土地的氮过剩更高,AMS使用对动物健康没有影响,大多数牛奶质量方面也是如此;体细胞计数,梭菌孢子和尿素。以牛奶中的游离脂肪酸(FFA)衡量的酸度值(ADV)在来自AMS用户的牛奶中较高。 AMS用户的劳动时间减少了近50%,降至2.3分钟/牛/天。从经济,环境,奶牛健康,牛奶质量和劳动时间等选定指标的量化可以得出结论,尽管放牧时间大大减少,但使用AMS的有机奶牛场仍显示出可持续发展的潜力。

著录项

  • 作者

    Oudshoorn F.W.; de Boer I.J.M.;

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  • 年度 2008
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  • 原文格式 PDF
  • 正文语种 {"code":"en","name":"English","id":9}
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