首页> 外文会议>Annual Conference of the New Zealand Plant Protection >SMALL ARTHROPODS AS POLLINATORS IN A NEW ZEALAND PAK CHOI FIELD TRIAL
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SMALL ARTHROPODS AS POLLINATORS IN A NEW ZEALAND PAK CHOI FIELD TRIAL

机译:小节肢动物作为新西兰Pak Choi野外试验的粉碎机

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Brassica seed crops are grown throughout New Zealand and worldwide, and inter-crop and crop-weed contamination through gene flow is a major concern. For Brassica, large arthropods (body length > 3 mm), particularly honey bees, are the most important pollinators and are considered key vectors of pollen. Small arthropods (body length < 3 mm) are also abundant in Brassica crops but their role as pollinators is rarely assessed. Numerous small arthropods (particularly Diptera andThysanoptera) were recorded within cages surrounding pak choi inflorescences that excluded large arthropods. Inflorescences inside these cages set seed, but seed set was significantly reduced compared with inflorescences in cages that were hand pollinated and uncaged inflorescences. Although the presence of large arthropods significantly increased seed set, the role of small arthropods and wind cannot be excluded in pak choi pollination. Further studies are required to fully determine the role of small arthropods in long distance pollen flow.
机译:芸苔种子作物在新西兰和全球范围内种植,并且通过基因流的作物和作物 - 杂草污染是一个主要问题。对于芸苔,大节肢动物(体长> 3毫米),特别是蜂蜜蜜蜂是最重要的粉碎机,被认为是花粉的关键载体。小节肢动物(体长<3mm)也在芸苔作物中丰富,但它们很少评估它们作为传染案的作用。众多小节肢动物(特别是Diptera Andthysanoptera)被记录在围绕帕克富花序的笼内,排除了大型节肢动物。这些笼子内的花序组合种子,但与手工授粉和未被普通的花序的笼子中的花序相比,种子套装显着降低。虽然存在大节肢动物显着增加了种子集,但小节肢动物和风的作用不能在Pak Choi授粉中排除。需要进一步的研究来充分确定小节肢动物在长距离花粉流动中的作用。

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