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通过射频识别(RFID)跟踪观察商业散养蛋鸡的个体活动行为模式

Individual Ranging Behaviour Patterns in Commercial Free-Range Layers as Observed through RFID Tracking.

作者信息

Larsen Hannah, Cronin Greg M, Gebhardt-Henrich Sabine G, Smith Carolynn L, Hemsworth Paul H, Rault Jean-Loup

机构信息

Animal Welfare Science Centre, Faculty of Veterinary and Agricultural Sciences, University of Melbourne, Melbourne, VIC 3010, Australia.

School of Life and Environmental Sciences, University of Sydney, Camden, NSW 2570, Australia.

出版信息

Animals (Basel). 2017 Mar 9;7(3):21. doi: 10.3390/ani7030021.

Abstract

In this exploratory study, we tracked free-range laying hens on two commercial flocks with Radio Frequency Identification (RFID) technology with the aim to examine individual hen variation in range use. Three distinct outdoor zones were identified at increasing distances from the shed; the veranda [0-2.4 m], close range [2.4-11.4 m], and far range [>11.4 m]. Hens' movements between these areas were tracked using radio frequency identification technology. Most of the hens in both flocks (68.6% in Flock A, and 82.2% in Flock B) accessed the range every day during the study. Of the hens that accessed the range, most hens accessed all three zones (73.7% in Flock A, and 84.5% in Flock B). Hens spent half of their time outdoors in the veranda area. Within-individual consistency of range use (daily duration and frequency) varied considerably, and hens which were more consistent in their daily range use spent more time on the range overall ( < 0.001). Understanding variation within and between individuals in ranging behaviour may help elucidate the implications of ranging for laying hens.

摘要

在这项探索性研究中,我们利用射频识别(RFID)技术对两个商业鸡群中的散养蛋鸡进行了跟踪,目的是研究个体母鸡在活动范围使用上的差异。在离鸡舍不同距离处确定了三个不同的室外区域;阳台区域[0 - 2.4米]、近程区域[2.4 - 11.4米]和远程区域[>11.4米]。使用射频识别技术跟踪母鸡在这些区域之间的移动。在研究期间,两个鸡群中的大多数母鸡(鸡群A中为68.6%,鸡群B中为82.2%)每天都进入活动范围。在进入活动范围的母鸡中,大多数母鸡进入了所有三个区域(鸡群A中为73.7%,鸡群B中为84.5%)。母鸡在户外的时间有一半是在阳台区域度过的。活动范围使用的个体内部一致性(每日时长和频率)差异很大,并且在每日活动范围使用上更具一致性的母鸡总体上在活动范围内花费的时间更多(<0.001)。了解个体内部和个体之间在活动范围行为上的差异可能有助于阐明活动范围对蛋鸡的影响。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/ad37/5366840/0f83ccf60be7/animals-07-00021-g001.jpg

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