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家燕(Hirundo rustica)和其他小型雀形目鸟类身上的羽毛孔洞可能是由短角羽虱属(Brueelia spp.)的虱子造成的。

The feather holes on the barn swallow Hirundo rustica and other small passerines are probably caused by Brueelia spp. lice.

作者信息

Vas Zoltán, Csörgo Tibor, Møller Anders P, Rózsa Lajos

机构信息

Loránd Eötvös University, Department of General Zoology, Pázmány Péter, Budapest, Hungary.

出版信息

J Parasitol. 2008 Dec;94(6):1438-40. doi: 10.1645/GE-1542.1.

Abstract

Barn swallows Hirundo rustica often have characteristic feather holes on wing and tail feathers. During the past 15 yr, several influential papers have been based on the assumption that these holes were chewed by the louse Machaerilaemus malleus. We gathered feather-hole data from barn swallows and other passerines at 2 sites in Hungary and correlated the presence of holes with louse infestations and, more specifically, with the occurrence of M. malleus versus other species of avian lice. The shape of frequency distribution of holes was left-biased, and this bias was more pronounced in large swallow colonies that in a random sample, in accordance with the view that the causative agent of the 'feather hole symptom' is a contagious macroparasite. However, both intra- and interspecific comparisons suggest that the causative agent of the symptom had probably been misidentified. The occurrence of Brueelia spp. 'wing lice' provides the best fit to the distribution and abundance of feather holes, both in barn swallows and across some other small passerines. This identification error does not challenge the results of the former evolutionary-ecological studies based on this model system, although it has important implications from the viewpoint of louse biology.

摘要

家燕(Hirundo rustica)的翅膀和尾羽上常常有特征性的羽孔。在过去15年里,有几篇有影响力的论文是基于这样一种假设:这些羽孔是由马氏禽虱(Machaerilaemus malleus)啃咬造成的。我们在匈牙利的两个地点收集了家燕和其他雀形目鸟类的羽孔数据,并将羽孔的出现与虱子感染情况,更具体地说,与马氏禽虱相对于其他鸟类虱种的出现情况进行了关联分析。羽孔频率分布的形状呈左偏态,而且这种偏态在大型家燕群体中比在随机样本中更为明显,这与“羽孔症状”的病原体是一种传染性大型寄生虫的观点一致。然而,种内和种间比较均表明,该症状的病原体可能被错误识别了。布鲁氏虱属(Brueelia spp.)“翅虱”的出现情况与家燕以及其他一些小型雀形目鸟类羽孔的分布和数量最为吻合。这种识别错误并没有对基于这个模型系统进行的先前进化生态学研究结果构成挑战,不过从虱生物学的角度来看,它具有重要意义。

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