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首页> 外文期刊>Acta Horticulturae >Studies on Semiochemicals Produced by Gonocerus acuteangulatus for Their Use as Control Methods in Hazelnut Orchards
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Studies on Semiochemicals Produced by Gonocerus acuteangulatus for Their Use as Control Methods in Hazelnut Orchards

机译:锐角猕猴桃生产的化学信息素作为榛子果园防治方法的研究

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Gonocerus acuteangulatus (Goeze) (Hemiptera: Coreidae) is one of the most harmful hazelnut pests in Europe and Turkey, responsible for seriously affecting crop quality with its feeding activity. Chemical control is very difficult to achieve due to itshigh mobility and polyphagy; however, it is currently the only available method to reduce effectively damage by bugs. Therefore, a two-year study on behavioural responses of G. acuteangulatus was carried out with the aim to develop alternative control tactics to protect hazelnut crop. In 2010-2011, individuals of G. acuteangulatus were collected in the field, mass-reared in laboratory, and used in behavioural and physiological bioassays. In field surveys, very abundant populations were found on wild bushes, belonging to various plant families, showing a tendency to aggregate on some plant species, different from hazelnut, during fruit ripening. In olfactometer bioassays, females were attractive for both males and females, just after winter diapause and before mating. Moreover, in physiological bioassays the tested compounds were perceived by antennae of both males and females, showing the suitability of the developed electroantennography procedure. In the light of these promising preliminary results,the research is worthy of going on to improve our knowledge on the attractiveness of the volatile compounds produced by both (i. acuteangulatus and host plants, and on behavioural responses of bugs in field conditions so as to implement effective environment-friendly control strategies.
机译:尖角扁豆(Goecer)(半翅目:金龟科)是欧洲和土耳其最有害的榛子害虫之一,其进食活动严重影响了作物的品质。化学控制由于其高迁移率和多相性而很难实现。但是,它是当前唯一有效地减少bug损坏的方法。因此,进行了为期两年的关于锐角G.行为反应的研究,目的是开发保护榛子作物的替代控制策略。在2010-2011年,在野外收集了锐角G.的个体,在实验室大量繁殖,并用于行为和生理生物测定。在田间调查中,在野生灌木丛中发现了非常丰富的种群,这些灌木丛属于不同的植物科,显示出在果实成熟期间会聚集在一些不同于榛子的植物物种上的趋势。在嗅觉仪生物测定中,雌性对雄性和雌性都具有吸引力,正好在冬季滞育后和交配前。此外,在生理生物测定中,雄性和雌性触角都可以感觉到被测化合物,这表明开发的电造影方法是合适的。鉴于这些令人鼓舞的初步结果,该研究值得继续进行,以增进我们对由两种植物(即锐角和宿主植物)产生的挥发性化合物的吸引力以及田间环境中虫子的行为反应的认识,从而实施有效的环保控制策略。

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