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首页> 外文期刊>Bulletin of Entomological Research >Characterization, distribution, biology and impact on Italian walnut orchards of the invasive North-American leafminer Coptodisca lucifluella (Lepidoptera: Heliozelidae)
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Characterization, distribution, biology and impact on Italian walnut orchards of the invasive North-American leafminer Coptodisca lucifluella (Lepidoptera: Heliozelidae)

机译:入侵性北美捕叶者Coptodisca lucifluella(鳞翅目:Heliozelidae)的特征,分布,生物学及其对意大利胡桃果园的影响

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摘要

The leafminer Coptodisca sp. (Lepidoptera: Heliozelidae), recently recorded for the first time in Europe on Italian black and common walnut trees, is shown to be the North-American Coptodisca lucifluella (Clemens) based on morphological (forewing pattern) and molecular (cytochrome oxidase c subunit I sequence) evidence. The phylogenetic relatedness of three species feeding on Juglandaceae suggests that C. lucifluella has likely shifted, within the same host plant family, from its original North-American hosts Carya spp. to Juglans spp. Over the few years since its detection, it has established in many regions in Italy and has become a widespread and dominant invasive species. The leafminer completes three to four generations per year, with the first adults emerging in April-May and mature larvae of the last generation starting hibernation in September-October. Although a high larval mortality was recorded in field observations (up to 74%), the impact of the pest was substantial with all leaves infested at the end of the last generation in all 3 years tested. The distribution of the leafminer in the canopy was homogeneous. The species is redescribed and illustrated, a lectotype is designated and a new synonymy is established.
机译:挖矿者Coptodisca sp。 (鳞翅目:Heliozelidae),最近在欧洲首次在意大利黑和普通胡桃树上录制,根据形态(前移模式)和分子(细胞色素氧化酶C亚基I)显示为北美Coptodisca lucifluella(Clemens)。顺序)证据。以胡桃科为食的三种物种的系统发育相关性表明,在同一寄主植物科中,lucifluella可能已经从其最初的北美寄主Carya spp转移。到胡桃树自被发现以来的几年中,它已在意大利的许多地区建立起来,并已成为一种广泛而占主导地位的入侵物种。挖矿机每年完成三至四代,第一批成年后于4月至5月出现,而最后一代的幼虫则从9月至10月开始冬眠。尽管在野外观察中记录到很高的幼虫死亡率(高达74%),但是在所有测试的3年中,害虫的影响是巨大的,所有叶子在最后一代的末期都被侵染。矿工在冠层中的分布是均匀的。对物种进行了重新描述和说明,指定了选型并建立了新的同义词。

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