果园周围的原生和引进的非作物开花植物都支持潜在的作物传粉者和其他有益昆虫

IF 1.1 3区 农林科学 Q3 ENTOMOLOGY
Yolanda Hanusch, Ros Gloag, Tanya Latty
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引用次数: 0

摘要

农区非作物花卉资源在支持作物传粉类群和增加生物多样性方面发挥着重要作用。本文研究了澳大利亚塔斯马尼亚州南部苹果和蓝莓果园中两种春季开花作物及其伴生的非作物开花资源(引进/本地)的花虫相互作用,以(i)确定该地区重要的作物授粉类群;(ii)研究果园内作物、非作物引进和本地开花植物是否支持不同的取花昆虫群落组合。我们发现,引进蜜蜂(Apis mellifera)对作物访问的总体贡献很高,主要是对苹果(占总访问量的91%)和蓝莓(占总访问量的76%)的访问。第二种引进的蜜蜂,地球大黄蜂(Bombus terrestris),占蓝莓总访问量的19%,但很少访问开花的苹果。芦苇蜂(Exoneura)是苹果(2.5%)和蓝莓(4%)最常见的本地蜜蜂访客。果园周边非作物开花植物的取花昆虫群落组合与开花作物有显著差异。这些差异是由昆虫与某些植被类型的高度关联所形成的,包括蜜蜂与开花苹果的高度关联,陆地蜜蜂与开花蓝莓的高度关联,原生芦苇蜂(Exoneura)与开花苹果和本地花的高度关联,土壤筑巢蜂(Lasioglossum)与引进花和本地花的高度关联,食蚜蝇与开花苹果和引进草的高度关联。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Both Native and Introduced Non-Crop Flowering Plants Around Orchards Support Potential Crop Pollinators and Other Beneficial Insects

Both Native and Introduced Non-Crop Flowering Plants Around Orchards Support Potential Crop Pollinators and Other Beneficial Insects

Non-crop floral resources in agricultural areas play an important role in supporting crop pollinating taxa and increasing biodiversity. We studied flower-insect interactions to two spring flowering crops and accompanying non-crop flowering resources (introduced/native) in apple and blueberry orchards in southern Tasmania, Australia, to (i) identify the important crop pollinating taxa in this region and (ii) examine if crop and non-crop introduced and native flowering plants within orchards supported different community assemblages of flower-feeding insects. We found a high overall contribution to crop visitation by introduced honeybees (Apis mellifera), which dominated visitation to apple (91% of total visits) and blueberry (76% total visits). A second introduced bee, the earth bumblebee (Bombus terrestris), made up 19% of total visits to blueberry, yet rarely visited flowering apple. Reed bees (Exoneura) were the most frequent native bee visitor to both apple 2.5% and blueberry 4%. Non-crop flowering plants around orchards showed significantly different community assemblages of flower-feeding insects in comparison to flowering crops. These differences were shaped by high association of insects with certain vegetation types, including A. mellifera with flowering apple, B. terrestris with flowering blueberries, native reed bees (Exoneura) with flowering apple and native flowers, soil nesting halictid bees (Lasioglossum) with introduced and native flowers and hoverflies with flowering apple and introduced forbs.

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来源期刊
Austral Entomology
Austral Entomology ENTOMOLOGY-
CiteScore
3.20
自引率
0.00%
发文量
40
期刊介绍: Austral Entomology is a scientific journal of entomology for the Southern Hemisphere. It publishes Original Articles that are peer-reviewed research papers from the study of the behaviour, biology, biosystematics, conservation biology, ecology, evolution, forensic and medical entomology, molecular biology, public health, urban entomology, physiology and the use and control of insects, arachnids and myriapods. The journal also publishes Reviews on research and theory or commentaries on current areas of research, innovation or rapid development likely to be of broad interest – these may be submitted or invited. Book Reviews will also be considered provided the works are of global significance. Manuscripts from authors in the Northern Hemisphere are encouraged provided that the research has relevance to or broad readership within the Southern Hemisphere. All submissions are peer-reviewed by at least two referees expert in the field of the submitted paper. Special issues are encouraged; please contact the Chief Editor for further information.
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