欧洲园莺秋季迁徙模式,Sylvia borin——定向笼野外数据的基本分析

The Ring Pub Date : 2021-12-01 DOI:10.2478/ring-2021-0002
P. Busse
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引用次数: 0

摘要

摘要引入一种利用“定向笼”研究候鸟局部航向的有效方法,使研究小型雀形目夜间候鸟的迁徙模式成为可能。已经发表了许多关于使用这种方法收集的各种本地数据样本的论文。2019年欧洲鸟类学家联盟会议上提出了一个粗略的概括,随后发表在《指环》杂志上。关于收集到的黑头莺数据的个案研究已经发表,并建议对其他物种进行进一步的研究。本文的工作是这类研究的下一个方向,关于花园莺的迁徙模式,使用了秋季收集的定向测试数据,这是see(东南欧洲鸟类迁徙网络)工作的一部分。这些数据包括在中欧/东欧和中东的31个铃声站点进行的2,593次测试。本文继续讨论了该方法在地理上广泛范围内的迁移模式的应用。本文所采用的一般数据评价方法与以往文献所描述的完全一致。本文讨论了各环点到达和离开轨迹的方位角、直线度、出发和到达航向的数量关系,以及不同迁徙群体所遵循的迁徙流的一般模式。前面提出的假设,即在使用定向笼的研究中显示的到达/离开航向轴是线性的,这一假设再次得到证实,可以作为这类研究的一般假设。平均偏差非常小,对于绘制一般迁移模式可以忽略不计。然而,在某些情况下,研究地点的地理位置造成了偏差。当获得更多的物种数据时,应该更详细地讨论这个问题。在研究区域中定义了九个迁移流,为了简单起见,在地图上使用不同的名称和颜色来表示。南向和东南向的河流占主导地位,其分布与黑帽的河流相似。最明显的是一条黄色的河流(黄色河流),它从中欧和东欧的广阔地区流向阿拉伯半岛。黑色和海军流是最有趣的(几乎是纵向的),在进一步分析地中海的移民时需要大量的关注。讨论了物种迁移模式的两种表现方式,其中位置表现方式似乎更为精确。更简单的表示风格,只显示一般的标题轴,可以用来比较不同物种的一般模式。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The European Autumn Migration Pattern of the Garden Warbler, Sylvia borin – A Basic Analysis of Orientation Cage Field Data
Abstract The introduction of an effective method for studying the local headings of migrants using ‘orientation cages’ has made it possible to study the migration patterns of small passerine nocturnal migrants. Numerous papers have been published on varied samples of local data collected using this method. A rough generalization was presented at the 2019 Meeting of the European Ornithologists Union and subsequently published in The Ring. Case studies on data collected for the Blackcap have already been published, and further studies on other species were suggested. The presented work is the next study of this kind, on the migration pattern of the Garden Warbler, using data from orientation tests collected in autumn as part of the work of the SEEN (SE European Bird Migration Network). The data comprises 2,593 tests performed at 31 ringing sites in Central/Eastern Europe and the Middle East. The paper continues the discussion of application of the method to present migration patterns in a geographically wide territory. The general data evaluation methods in this work are exactly as described in the earlier papers. The paper discusses azimuths of arrival and departure tracks at every ringing site, their linearity, number relations between departing and arriving headings, and the general pattern of migration streams followed by different groups of migrants. The hypothesis put forth earlier, stating that the arrival/departure heading axes shown in studies using orientation cages are situated linearly, is once again confirmed and can be used as a general assumption in this type of study. The average deviations are very small and are negligible for drawing general migration patterns. In some cases, however, there were deviations caused by the geographic location of the study site. This problem should be discussed in more detail when more species data become available. Nine migration streams are defined in the study area, which are presented, for simplicity, using different names and colours on maps. Southward and south-eastward streams are dominant and distributed similarly to the streams of the Blackcap. The most pronounced is a stream shown in yellow (YELLOW stream), which is directed from the wide area of central and eastern Europe to the Arabian Peninsula. The BLACK and NAVY streams are the most intriguing (running nearly longitudinally) and require a great deal of attention in further analyses of migration in the Mediterranean. Two styles of presentation of the species migration pattern are discussed, of which the location style of presentation seems to be more precise. The simpler presentation style that shows only general heading axes could be used to compare the general patterns of different species.
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