首页> 外文期刊>Journal of Economic Entomology >Species composition and seasonal occurrence of Phyllophaga (Coleoptera : Scarabaeidae) infesting intensely managed Bermudagrass in Oklahoma
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Species composition and seasonal occurrence of Phyllophaga (Coleoptera : Scarabaeidae) infesting intensely managed Bermudagrass in Oklahoma

机译:俄克拉荷马州受到强烈管理的百慕大草的疫菌的物种组成和季节性发生

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摘要

Larvae of Phylloplraga spp. (Coleoptera: Scarabaeidae) are important turfgrass pests in many regions of the United States. However, not all of the species associated with turfgrass are known, including species most likely to be of economic concern in Oklahoma turfgrasses, especially Bermuda grass. This study documented the species composition and seasonal occurrence of Phyllophaga associated with high maintenance Bermuda grass turf in Oklahoma over a 2-yr period. In 2005 and 2006, adult Phyllophaga spp. were collected with blacklight traps from selected golf courses throughout Oklahoma. Phyllophaga larvae were obtained from Bermuda grass stands at selected sod production facilities adjacent to or near the light traps. We collected 20 species of Phyllophaga beetles in light traps, and nine species of Phyllophaga larvae froth turfgrass. Peak flight periods for most species occurred in May and June, but some were captured as early as mid-April and others as late as September. The cytochrome c oxidase I (COI) gene from adults and larvae was amplified using polymerase chain reaction, sequenced, and then used to compare larval DNA against DNA from identified adults. These results confirmed the validity of using COI sequences to identify species of some Phyllophaga larvae. The identifications will aid in optimizing the timing of insecticide applications against Phyllophaga white grubs as discussed.
机译:毛竹的幼虫。 (鞘翅目:Scarabaeidae)是美国许多地区的重要草皮害虫。但是,并不是所有与草皮草相关的物种都是已知的,包括最有可能在俄克拉荷马州草皮草中引起经济关注的物种,尤其是百慕大草。这项研究记录了在两年内与俄克拉荷马州高维护性百慕大草皮相关的毛竹的物种组成和季节性发生。在2005年和2006年,成虫Phyllophaga spp。用黑光陷阱从整个俄克拉荷马州的选定高尔夫球场收集。毛囊虫幼虫是从百慕大草架上邻近或靠近光阱的选定草皮生产设施获得的。我们在光阱中收集了20种Phyllophaga甲虫和9种Phyllophaga幼虫泡沫草皮草。大多数物种的飞行高峰期发生在5月和6月,但有些捕获时间早于4月中旬,而其他捕获时间则早于9月下旬。使用聚合酶链反应扩增来自成年人和幼虫的细胞色素C氧化酶I(COI)基因,进行测序,然后将其用于比较幼虫DNA与来自已鉴定成年人的DNA。这些结果证实了使用COI序列鉴定某些Phyllophaga幼虫的种类的有效性。如所讨论的,该鉴定将有助于优化针对Phyllophaga白g的杀虫剂施用时间。

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