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首页> 外文期刊>Ornis Hungarica >Leucistic Woodcock (Scolopax rusticola L.) occurrences in Hungary from the second half of the 19th century to the present day
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Leucistic Woodcock (Scolopax rusticola L.) occurrences in Hungary from the second half of the 19th century to the present day

机译:Leucistic Woodcock(Scolopax Rusticola L.)在19世纪下半叶到现今的匈牙利出现

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Publications about curiosities are known in the Hungarian and international ornithological literature since the 1800s. Although studies explaining the processes of pigmentation dysfunctions have been known since the mid-nineteenth century, these specimens still appear only as curiosities in the professional press and the terminology used to specify them is generally incorrect. The analysed genetic abnormalities causing white colour varieties in Woodcock (albinism, leucism, Ino) are due to mutations. By briefly describing the biological background of the defects, this work helps detect colour changes. In this article, we provide a broad overview of partially or completely white Woodcocks (n = 23 expl.) found in international (8 countries) and Hungarian literature. We have supplemented the literature background with our own studies. The large-scale analysis of the variability of colours and patterns was made possible by the countrywide wing sample collection within the biometric module of Woodcock Monitoring, which has been running under the coordination of the Hungarian Hunting Conservation Association since 2010. Within this framework, 12,078 samples were analysed between 2010–2018. We found that pigment deficiency occurred in the sample set only with a proportion of 0.01%. Based on the Hungarian literature and our own samples, we presented the known occurrences on maps of the state territory with boundaries before and after 1921, indicating the causes of patterns of occurrence by migration and frequencies of occurrence.
机译:自19世纪以来的匈牙利和国际鸟类文学中已知有关奇券的出版物。虽然自十九世纪中叶以来,所知的研究解释了色素沉积功能障碍的过程,但这些标本仍然仅作为专业媒体的奇券和用于指定它们的术语通常不正确。造成伐木袋(白化病,洋光,Ino)的白色品种的分析遗传异常是由于突变。通过简要描述缺陷的生物学背景,这项工作有助于检测颜色变化。在本文中,我们在国际(8个国家)和匈牙利文学中,提供了部分或完全白色的伍德库克(n = 23 excloce)的广泛概述。我们通过自己的研究补充了文献背景。 CountryWock监测的生物识别模块内的CountryWide Wing样品收集可以在匈牙利狩猎保护协会的协调中运行,使得各种颜色和图案变异性的大规模分析。在这一框架内,12,078在2010-2018之间分析样品。我们发现在样品集中发生的颜料缺乏仅具有0.01%的比例。基于匈牙利文学和我们自己的样本,我们在1921年之前和之后的界限上提出了已知的界限,表明发生迁移和发生频率的发生模式。

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