隐藏的饮食-对作物含量的检查揭示了中欧蜂属蜜蜂(膜翅目,蜂科)使用花粉寄主的独特模式

IF 0.4 Q4 ENTOMOLOGY
A. Müller
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引用次数: 2

摘要

黑蜂属(Colletidae)的蒙面或黄面蜜蜂的花粉运输方式与大多数其他蜜蜂不同,它们直接从花上摄取花粉,并将其带回位于瘤前半部分的作物内的巢。由于这种隐蔽的花粉运输方式,检查雌性水螅虫采集的花粉需要解剖瘤。虽然这种方法从未在欧洲应用过,但根据对花的观察,绝大多数中欧海拉属植物被认为是花粉多面手。通过对中欧36种海拉属植物中30种作物的花粉进行显微分析,发现对单一植物分类群的花粉表现出完全或强烈偏好的物种比例远远高于迄今为止的假设,并且目前认为海拉属主要由花粉通才组成的假设是错误的。36种植物中有19种严格或很大程度上依赖于单一植物分类群采集花粉,如Apiaceae (n = 11种)、Rosaceae (n = 3种)、Reseda (Resedaceae) (n = 2种)、Allium (Amaryllidaceae) (n = 1种)、Asteraceae (n = 1种)和Melilotus (Fabaceae) (n = 1种)。其中,蜂科和蔷薇科(特别是Potentilla和Rubus)是迄今为止最重要的,占整个属花粉寄主谱的近60%。花粉寄主谱与访花记录的比较表明,花粉通用者以菊科植物的花为花蜜而非花粉源,证实了菊科植物花粉的消化需要生理适应来应对其不利或保护特性。综上所述,尽管蒙面蜂有直接从花朵上摄取花粉并将其在体内运输回巢的不寻常习惯,但蒙面蜂属蜜蜂使用花粉宿主的模式与其他古北蜜蜂类群并无本质差异。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The hidden diet – examination of crop content reveals distinct patterns of pollen host use by Central European bees of the genus Hylaeus (Hymenoptera, Colletidae)
Masked or yellow-faced bees of the genus Hylaeus (Colletidae) differ in their mode of pollen transportation from most other bees in that they ingest the pollen directly on the flowers and carry it back to the nest inside the crop located in the anterior half of the metasoma. Due to this hidden mode of pollen transportation, the examination of pollen collected by Hylaeus females requires the dissection of the metasoma. Although this method has never been applied in Europe, the great majority of the Central European Hylaeus species were supposed to be pollen generalists based on observations of flower visits. The microscopical analysis of pollen removed from 30 crops each of 36 Central European Hylaeus species revealed that the proportion of species exhibiting an exclusive or strong preference for pollen from a single plant taxon is much higher than hitherto assumed and that the current assumption of the genus Hylaeus to largely consist of pollen generalists is wrong. Nineteen of the 36 species examined are strictly or largely dependent on a single plant taxon for collecting pollen, such as Apiaceae (n = 11 species), Rosaceae (n = 3), Reseda (Resedaceae) (n = 2), Allium (Amaryllidaceae) (n = 1), Asteraceae (n = 1) and Melilotus (Fabaceae) (n = 1). The 36 Hylaeus species examined collected pollen from the flowers of 31 plant families, of which the Apiaceae and Rosaceae (particularly Potentilla and Rubus) were by far the most important contributing almost 60% to the pollen host spectrum of the entire genus. The comparison between pollen host spectrum and flower visiting records showed that the pollen generalists use the flowers of the Asteraceae as nectar rather than pollen sources, corroborating earlier findings that the digestion of Asteraceae pollen requires physiological adaptations to cope with its unfavourable or protective properties. In summary, the patterns of pollen host use by bees of the genus Hylaeus do not substantially differ from those of other Palaearctic bee taxa despite the masked bees’ unusual habit to ingest the pollen directly on the flowers and to transport it inside their body back to the nest.
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来源期刊
Alpine Entomology
Alpine Entomology Environmental Science-Ecology
CiteScore
1.30
自引率
28.60%
发文量
8
审稿时长
12 weeks
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