Host and Shelter Plants for the Beet Leafhopper which Vectors Curly Top Viruses and Phytoplasmas in Southern Idaho

C. A. Strausbaugh, E. Wenninger, Laurie K. Jackson, Eric Vincill
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Abstract

Weeds and crop plants not only serve as reproductive hosts and transitory or shelter plants for the beet leafhopper (BLH; Circulifer tenellus) but also as sources of plant pathogens that can then be vectored by the BLH. Thus, the plants that the BLH are feeding on and infecting is of interest and may be changing over time. Therefore, BLH samples from a recent survey were investigated through DNA barcoding via the rbcL and matK chloroplast gene regions to determine what the BLHs had been feeding on prior to capture on yellow sticky cards in southern Idaho during 2020 and 2021. In June both years, the first generation of BLHs predominately fed on Pinus spp. (59 to 76% of samples) which were likely in mountainous areas and dispersed approximately 48 to 80 km to crop and sagebrush steppe locations. During July to September, the BLH predominantly fed on Salsola spp. (Russian thistle; 61 to 66% of samples) and Bassia scoparia (Kochia; 15% of samples). Both years the BLHs that fed on pine had the highest percentage (55 and 75%, respectively) of samples with beet curly top virus based on primers that can detect both the Worland and Colorado strains. Both years, BLH that had fed on Russian thistle and alfalfa had the highest percentage of samples with Spinach curly top Arizona virus. These data will be utilized in the development of future curly top management plans.
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爱达荷州南部甜菜叶蝉的寄主植物和庇护植物,甜菜叶蝉是卷曲病毒和植物病原体的传播媒介
杂草和作物植物不仅是甜菜叶蝉(BLH;Circulifer tenellus)的繁殖宿主和过渡性或庇护性植物,也是植物病原体的来源,这些病原体可通过 BLH 传播。因此,BLH 取食和感染的植物是令人感兴趣的,而且可能会随着时间的推移而发生变化。因此,通过 rbcL 和 matK 叶绿体基因区域的 DNA 条形码,对最近调查的 BLH 样本进行了调查,以确定 BLH 在 2020 年和 2021 年期间在爱达荷州南部用黄色粘卡捕捉之前取食了什么。在这两年的 6 月,第一代 BLHs 主要以松树属植物为食(占样本的 59% 至 76%),这些植物可能位于山区,并分散到约 48 至 80 千米的农作物和鼠尾草干草原上。7 月至 9 月期间,BLH 主要以 Salsola spp.(俄罗斯蓟;61% 至 66% 的样本)和 Bassia scoparia(Kochia;15% 的样本)为食。根据可检测沃兰株和科罗拉多株的引物,这两年以松树为食的 BLH 含有甜菜卷曲顶病毒的样本比例最高(分别为 55% 和 75%)。这两年,以俄罗斯蓟和紫花苜蓿为食的 BLH 样本中亚利桑那州菠菜卷曲顶病毒的比例最高。这些数据将用于制定未来的卷曲顶端管理计划。
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