比利时梨果树中的植物原体:它们的存在及其媒介的最新情况。

Peusens G, De Jonghe K, De Roo I, Steyer S, Olivier T, Fauche F, Rys F, Bylemans D, Beliën T
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引用次数: 0

摘要

在侵袭梨树的众多病害中,苹果的增殖和梨的衰退都是由一种植物原体(分别为'Candidatus phytoplasma mali' (AP)和'Ca. P. pyri' (PD))引起的,可能导致作物质量和数量的重大损失。直到几年前,还没有关于它们在比利时存在的科学可靠数据,因此组织了一项为期两年的调查,以获得关于这两种病原体状况的更详细信息。利用分子检测工具分析了在商业果园采集的根和叶样品,结果两种植物原体均呈阳性。此外,在调查中还对AP和PD的载体木虱科的存在和传染性进行了评估,但未发现感染的cacopsylla种。实验室试验揭示了其在夏末和秋末的媒介能力,以及其在果园中80米线上和10.5米跨树的迁移模式。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
PHYTOPLASMAS IN POME FRUIT TREES: UPDATE OF THEIR PRESENCE AND THEIR VECTORS IN BELGIUM.

Among the numerous diseases that can attack pome fruit trees, apple proliferation and pear decline, both caused by a phytoplasma ('Candidatus Phytoplasma mali' (AP) and 'Ca. P. pyri' (PD), respectively), may result into important losses of quality and quantity of the crop. Until a few years ago, no scientific and reliable data on their presence in Belgium was available and so a 2-year survey was organised to obtain more detailed information on the status of both pathogens. Root and leaf samples collected in commercial orchards were analysed using molecular detection tools and tested positive for both phytoplasmas. Additionally, the presence and infectivity of Psyllidae, vectors of AP and PD, was assessed during this survey but no infected Cacopsylla-species were found. Lab trials revealed its vector capacity at the end of summer and autumn and its migration pattern 80 m in line and 10.5 m across trees in an orchard.

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