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家禽饲养场中的空气流动和热微气候

Air movement and the thermal microclimates observed in poultry lairages.

作者信息

Quinn A D, Kettlewell P J, Mitchell M A, Knowles T

机构信息

Silsoe Research Institute, Bedfordshire, England.

出版信息

Br Poult Sci. 1998 Sep;39(4):469-76. doi: 10.1080/00071669888610.

DOI:10.1080/00071669888610
PMID:9800028
Abstract
  1. The thermal environment experienced by broilers during transport and a 4 h lairage period were recorded for 8 loads of birds to 2 processing plants under summer and winter conditions. 2. During the transport period the thermal environment was considered not to have been a significant challenge to bird welfare. 3. During the lairage period, over all 8 d, external ambient temperatures were in the range 4 degrees to 15 degrees C during the winter trials and 12 degrees to 29 degrees C during the summer. Temperatures amongst the crated birds for this period were in the range 16 degrees to 29 degrees C and 20 degrees to 31 degrees C during the winter and summer trials respectively. 4. Air velocity measurements at bird level indicated air movement was of small magnitude (typically < 0.1 m/s) and of variable direction, despite the large air movements around the modules with speeds of over 1 m/s. 5. The potentially stressful thermal environments observed during lairage were achieved rapidly (< 1 h) after unloading. It is considered, therefore, that the minimisation of holding time alone is not a suitable control strategy. 6. The use of water-misting sprays as a control strategy in one lairage was observed to lower the temperature throughout the lairage but raised the humidity, which might offset the temperature advantage to the birds' thermoregulatory ability. 7. More closely controlled environments for broiler lairage facilities are suggested, with further work to increase air movement at bird level.
摘要
  1. 在夏季和冬季条件下,对运往2家加工厂的8批肉鸡在运输过程以及4小时停宰期内所经历的热环境进行了记录。2. 在运输期间,热环境被认为对鸡的福利没有构成重大挑战。3. 在整个8天的停宰期内,冬季试验期间外部环境温度在4摄氏度至15摄氏度之间,夏季在12摄氏度至29摄氏度之间。在此期间,装在笼子里的鸡的温度在冬季试验中为16摄氏度至29摄氏度,夏季试验中为20摄氏度至31摄氏度。4. 在鸡所在高度的风速测量表明,尽管模块周围有超过1米/秒的大风速,但鸡所在位置的空气流动幅度较小(通常<0.1米/秒)且方向多变。5. 在卸载后很快(<1小时)就出现了停宰期间观察到的潜在应激热环境。因此,仅将停留时间减到最短被认为不是一个合适的控制策略。  6. 在一次停宰过程中观察到,使用喷雾洒水作为控制策略可降低整个停宰期的温度,但会提高湿度,这可能会抵消温度对鸡体温调节能力的优势。7. 建议为肉鸡停宰设施提供更严格控制的环境,并进一步努力增加鸡所在高度的空气流动。

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