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苍蝇作为蜜源型鼠尾草属植物(唇形科)的传粉者。

Flies as pollinators of melittophilous Salvia species (Lamiaceae).

作者信息

Celep Ferhat, Atalay Zeynep, Dikmen Fatih, Doğan Musa, Classen-Bockhoff Regıne

机构信息

Department of Biology, Polatlı Faculty of Arts and Sciences, Gazi University, 06900 Polatlı, Ankara, Turkey.

Department of Biological Sciences, Faculty of Arts and Sciences, Middle East Technical University, Ankara, Turkey.

出版信息

Am J Bot. 2014 Dec;101(12):2148-59. doi: 10.3732/ajb.1400422. Epub 2014 Nov 21.

Abstract

UNLABELLED

PREMISE OF THE STUDY

Floral adaptation to a functional pollinator group does not necessarily mean close specialization to a few pollinator species. For the more than 950 species of Salvia, only bee and bird pollinations are known. Restriction to these pollinators is mainly due to the specific flower construction (lever mechanism). Nevertheless, it has been repeatedly suggested that Salvia flowers might also be pollinated by flies. Are flies able to handle the lever mechanism? Are they functionally equivalent pollinators? In this study, we compared and quantified pollen transfer by bees and flies to test whether flies are true pollinators in Salvia.•

METHODS

We identified pollinators using field observations and photos. Video documentation of the visitation rate and the site of pollen placement on the pollinator body, morphometric measurements, quantification of pollen placement, pollen load, handling time, and stigma contact ratio were analyzed.•

KEY RESULTS

Field investigations revealed that 19 insect species pollinated S. virgata and four pollinated S. verticillata, including 16 bee species from seven genera of the Apidae and three fly species from three genera of the Nemestrinidae and Tabanidae.•

CONCLUSIONS

Flies have been found to be pollinators in primarily bee-pollinated Salvia species. This result demonstrates the potential of a given "melittoid" flower construction to broaden the range of pollinators to guarantee successful pollination and seed production. Though bees, particularly Bombus terrestris, were more efficient than flies, the study shows that flies significantly contribute to pollen transfer in Salvia.

摘要

未标注

研究前提

花朵对某一功能性传粉者群体的适应并不一定意味着对少数传粉者物种的高度特化。在950多种鼠尾草属植物中,已知只有蜜蜂和鸟类进行传粉。对这些传粉者的限制主要是由于其特殊的花结构(杠杆机制)。然而,人们多次提出鼠尾草属植物的花朵也可能由苍蝇传粉。苍蝇能够操作杠杆机制吗?它们在功能上是等效的传粉者吗?在本研究中,我们比较并量化了蜜蜂和苍蝇的花粉传播情况,以测试苍蝇是否是鼠尾草属植物真正的传粉者。

方法

我们通过实地观察和照片来识别传粉者。对访花率、花粉在传粉者身体上的放置位置的视频记录、形态测量、花粉放置量、花粉负载量、处理时间和柱头接触率进行了分析。

关键结果

实地调查发现,有19种昆虫为新疆鼠尾草传粉,4种为轮叶鼠尾草传粉,其中包括来自蜜蜂科7个属的16种蜜蜂,以及来自小头虻科和虻科3个属的3种苍蝇。

结论

已发现苍蝇是主要由蜜蜂传粉的鼠尾草属植物的传粉者。这一结果表明,特定的“蜂状”花结构有可能扩大传粉者范围,以确保成功授粉和种子生产。尽管蜜蜂,尤其是地熊蜂,比苍蝇更有效,但该研究表明苍蝇对鼠尾草属植物的花粉传播有显著贡献。

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