葡萄牙阿尔加维地区的柑橘蚜虫:物种、寄主和生物防治

Ecologies Pub Date : 2024-02-19 DOI:10.3390/ecologies5010007
P. Paiva, L. Neto, N. Marques, Beatriz Zarcos Duarte, A. Duarte
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引用次数: 0

摘要

蚜虫会造成柑橘叶片畸形,降低果实产量。此外,蚜虫还能传播柑橘三裂叶病毒 (CTV),这是柑橘主要病害之一三裂叶病的病原体,因此备受关注。在过去四年中,葡萄牙南部(阿尔加维地区)的柑橘果园接受了蚜虫种类鉴定和计数采样。Aphis spiraecola 是数量最多的蚜虫种类,占所有已识别蚜虫的 80% 以上,其造成的危害(叶片变形)与其密度成正比。棉蚜(A. gossypii)是第二常见的蚜虫种类,其次是 A. aurantii 和 Macrosiphum euphorbiae。在所有种类中,若虫阶段的蚜虫数量都多于成虫阶段(包括无翅和有翅)。没有发现最有效的 CTV 病媒 A. citricidus。春季在柠檬树和橘子树上观察到的 A. spiraecola 种群数量最多(每枝大于 100 个),在橘子树、柠檬树和柑橘树上观察到的危害也很大。柑橘树和桔树上主要观察到 A. gossypii。自然生物防治活性较低,Lysiphlebus 属和 Binodoxys 属对 A. spiraecola 的寄生率为 0.3%至 1.5%。每只捕食者的蚜虫数量比从 150 到 440 不等,其中蚜虫数量最多,其次是草蛉和茧蜂类(Scymnus)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Citrus Aphids in Algarve Region (Portugal): Species, Hosts, and Biological Control
Aphids affect citrus by causing leaf deformations and reducing fruit production. Additionally, aphids are a great concern due to their ability to transmit Citrus tristeza virus (CTV), the cause of tristeza, one of the main citrus diseases. In the last four years, citrus orchards in the south of Portugal (Algarve region) were sampled for aphid species identification and counting. Aphis spiraecola was the most abundant species, representing more than 80% of all identified aphids, and the damage (leaf deformation) it causes was directly proportional to its density. A. gossypii was the second most common species, followed by A. aurantii and Macrosiphum euphorbiae. The number of aphids in nymph stages was predominant over the adult stages (both wingless and winged) in all species. A. citricidus, the most efficient CTV vector, was not detected. The largest populations of A. spiraecola were observed in lemon and orange trees during spring (>100 individuals per shoot), with great damage observed in orange, lemon, and mandarin trees. A. gossypii was observed mainly in mandarin and tangor trees. There was a low activity of natural biological control agents, with the parasitism of A. spiraecola by Lysiphlebus spp. and Binodoxys spp. ranging from 0.3 to 1.5%. The numerical ratio ranged from 150 to 440 aphids per predator, and among these, syrphids were the most abundant, followed by lacewings and coccinellids (Scymnus).
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