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Should I Stay or Should I go? The Influence of Handling by Researchers on Den use in an Arboreal Nocturnal Rodent

机译:我应该走还是留?研究人员的处理对树栖夜间啮齿类动物的巢穴使用的影响

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Understanding how animals respond to disturbance by investigators is essential for a fair assessment of the presence of bias in routinely used research protocols. It is also an essential prerequisite for anyone interested in animal welfare and ethically sound research. Here, we utilize an automatic logging system to monitor nest box use by PIT-tagged edible dormice, Glis glis, after standard handling procedures applied during a regular nest-box monitoring programme. The edible dormouse is an arboreal nocturnal rodent that relies on tree hollows as daytime den sites. We assessed the effect of disturbance on dormice in two ways: whether it affected the decision of an individual to stay in the same den site for a subsequent day and whether it affected the timing of the individual's nocturnal emergence from the den site. We found handling had a strong negative effect on short-term den use. In addition, females and sexually active individuals were more likely to spend the following day in the nest box. Individuals that had left the den site after our handling returned to them after an average of 4d. Handling did not have a significant effect on the period of absence, but reproductively active animals returned on average after 3d, while reproductively quiescent animals returned after more than 5d. Manipulation did not have a significant effect on the initiation of nocturnal activity. Our study suggests that disturbance by investigators may modify certain aspects of animal behaviour, but this effect is likely to be short term and does not appear to impair the efficacy of routinely practiced capture-mark-recapture field protocols.
机译:了解动物如何应对研究者的干扰对于公平评估常规使用的研究方案中是否存在偏倚至关重要。对于任何对动物福利和合乎道德的研究感兴趣的人,这也是必不可少的前提。在常规巢箱监控程序中采用标准处理程序之后,在这里,我们利用自动记录系统来监视带有PIT标签的可食用宿舍Glis glis的巢箱使用情况。可食用的睡鼠是树栖的夜行性啮齿动物,它依赖于树洞作为白天的巢穴。我们以两种方式评估了干扰对寝室的影响:它是否影响一个人在第二天留在同一个窝点的决定,以及它是否影响该个体从窝点夜间出现的时间。我们发现处理对短期登革热有强烈的负面影响。此外,雌性和性活跃个体更可能第二天在巢箱中度过。经过我们处理后离开窝点的人平均经过4天后返回了他们。处理对缺勤时间没有显着影响,但有繁殖力的动物平均在3天后恢复,而有繁殖力的动物在5天后恢复。操纵对夜间活动的启动没有显着影响。我们的研究表明,研究人员的干扰可能会改变动物行为的某些方面,但是这种影响可能是短期的,并且似乎没有削弱常规实施的捕获标记-捕获现场协议的功效。

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