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Reanalysis of an oft-cited paper on honeybee magnetoreception reveals random behavior

机译:关于蜜蜂磁磁射孔的一篇论文的重新分析揭示了随机行为

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摘要

While mounting evidence indicates that a phylogenetically diverse group of animals detect Earth-strength magnetic fields, a magnetoreceptor has not been identified in any animal. One possible reason that identifying a magnetoreceptor has proven challenging is that, like many research fields, magnetoreception research lacks extensive independent replication. Independent replication is important because a subset of studies undoubtedly contain false positive results and without replication it is difficult to determine whether the outcome of an experiment is a false positive. However, we report here a reanalysis of a well-cited paper on honeybee magnetoreception demonstrating that the original paper represented a false positive finding caused by incorrect estimates of probability. We also point out how good experimental design practices could have revealed the error prior to publication. Hopefully, this reanalysis will serve as a reminder of the importance of good experimental design in order to reduce the likelihood of publishing false positive results.
机译:虽然安装证据表明,在任何动物中检测到地球强度磁场,磁禽尚未识别出磁血症的多样化动物。识别磁射线的可能原因已被证明具有挑战性的是,与许多研究领域一样,磁钻研究缺乏广泛的独立复制。独立复制很重要,因为研究的子集无疑含有假阳性结果,并且没有复制,很难确定实验结果是否是假阳性的。然而,我们在此报告在这里对蜜蜂磁射入的一份引用纸张的重新分析,证明了原始纸张代表了由于概率不正确估计引起的假阳性发现。我们还指出了在出版之前可能揭示错误的实验设计实践有多良好。希望,这种重新分析将提醒良好的实验设计的重要性,以减少发布假阳性结果的可能性。

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