厚翅蝗腹部颜色图案的地理变异(双翅目:蚜科)

Jan Bisschop, Maarten de Groot, Gaël Pétremand
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引用次数: 0

摘要

模仿蜜蜂的食蚜蝇品种Criorhina pachymera在腹部颜色图案上表现出明显的地理差异。根据来自22个欧洲国家的218份记录,我们描述了六种腹部形式,分为两大类。A群分布于欧洲西部、北部和中部,腹形A1-A3,第三和第四土基上有细长的传粉带。欧洲东南部的B群包含B1-B3型,具有宽的授粉带。这些群体被阿尔卑斯山和喀尔巴阡山脉分隔开来,就像欧洲蜜蜂的两个主要冰川后再定居谱系的原始分布被分隔开来一样。由于这些蜜蜂类群在第3 ~ 5红土上的传粉带宽度不同,因此贝叶斯拟态可以解释细粉带和宽粉带的群体分布。在两组的不同形式的C. pachymera是由橙色的程度上的第二和第三红土分类。最暗的A1型在欧洲广泛分布。中间亮型A2和A3主要出现在a群分布的南缘地带和瑞典。暗型B1和中间亮型B2出现在巴尔干半岛和邻近地区。最亮的B3型存在于意大利、瑞士(提契诺州)和希腊。随着地理纬度的降低,第二和第三个红土石的橙色程度平均增加,这可能是造成所述腹部颜色变化的另一个原因。
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Geographical variation in abdominal colour pattern in Criorhina pachymera (Egger, 1858) (Diptera: Syrphidae)
The bee-mimicking hoverfly species Criorhina pachymera shows pronounced geographical variation in abdominal colour pattern. Based on 218 records from 22 European countries, we describe six abdomen forms divided over two main groups. Group A in western, northern and central parts of Europe contains abdomen forms A1–A3 with slender pollinose bands on the third and fourth tergite. Group B in south-eastern Europe contains forms B1–B3 with broad pollinose bands. These groups are separated by the Alps and the Carpathians, such as the separation of the original distributions of the two main postglacial recolonization lineages of honey bees in Europe. As these honey bee groups differ by the width of the pollinose bands on the third to fifth tergite, Batesian mimicry can explain the group distribution of C. pachymera with slender or broad pollinose bands. The different forms of C. pachymera in both groups are categorised by the extent of orange colouration on the second and third tergite. The darkest form A1, has a widespread distribution in Europe. Intermediate bright forms A2 and A3 occur predominantly in a belt along the southern margin of the group A distribution and in Sweden. Dark form B1 and intermediate bright form B2 occur on the Balkan peninsula and in neighbouring regions. The brightest form B3, is found in Italy, Switzerland (Ticino) and Greece. There is an average increase in the extent of orange colouration on the second and third tergite with decreasing geographical latitude, making temperature a likely additional cause for the described abdominal colour variation.
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