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Trophic Associations and Specialization of Phytophagous Beetles (Coleoptera: Chrysomeloidea, Curculionoidea) in the Eastof the Russian Plain

机译:俄罗斯平原东部植物的食虫性甲虫的营养联系和特化(鞘翅目:Chrysomeloidea,Curculionoidea)

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Data on the trophic associations of beetles with plants in the east of the Russian Plain are summarized and comparative analysis of host specialization of different groups of phytophagous beetles is performed. In terms of the width of the regional trophic spectrum, monophages and narrow oligophages prevail among the Curculionoidea as a whole and in the families Curculionidae and Apionidae in particular, while moderate and broad oligophages prevail in the Chrysomeloidea and in the family Chrysomelidae. Two-thirds of the regional fauna (66%) of Curculionoidea are closely associated with plants of one genus; by contrast, in Chrysomeloidea almost 40% of the species can develop on plants from different genera of one family, the fraction of the narrowly specialized forms comprising only 43%. The higher level of trophic specialization of weevils (Curculionidae, Apionidae) and seed beetles (Bruchidae), as compared to leaf beetles (Chrysomelidae), is probably due to the larval endophagy of most species of these families. Analysis of the distribution of beetles over host plants has shown that the specialized forms are associated with plants of 65 families (about 60% of the regional flora in the east of the Russian Plain). Distribution of beetles over plantfamilies is very non-uniform. Most of the specialized forms (78%) are associated with plants of 15 families, three of which (Asteraceae, Fabaceae, and Brassicaceae) include hosts of more than one-third of the beetle species (37%). Monophages and narrow oligophages are recorded on 201 genera of plants from 59 families. Polyphagous species are recorded on plants of 58 families. The specific features of the distribution of phytophagous beetles over host plants (as compared to other insects) is a high fraction of species developing on coenophobes (particularly those of the family Brassicaceae) typical of the pioneer stages of successions with sparse herbaceous cover, and a small number of species associated with grasses and sedges. These features are mostconspicuous in the fauna of Curculionidae.
机译:总结了俄罗斯平原东部甲虫与植物的营养联系数据,并进行了对不同植物吞噬性甲虫宿主专化的比较分析。就区域营养谱的宽度而言,在整个葫芦科中,尤其是在葫芦科和Apionidae科中,单噬菌体和窄寡核苷酸普遍存在,而在小角藻科和葫芦科中则存在中度和宽泛的寡核苷酸。 Curculionoidea的三分之二的区域动物(占66%)与一种属的植物密切相关。相比之下,在金藻中,近40%的物种可以在一个科的不同属的植物上发育,而狭义专业化形式的一部分仅占43%。与叶甲虫(Chrysomelidae)相比,象鼻虫(Curculionidae,Apionidae)和种子甲虫(Bruchidae)的营养专业化水平较高,可能是由于这些科目中大多数物种的幼虫内吞。对甲虫在寄主植物上的分布的分析表明,这种特殊形式与65个科的植物有关(大约占俄罗斯平原东部地区植物的60%)。甲虫在植物家庭中的分布非常不均匀。大多数特殊形式(78%)与15个科的植物有关,其中三个科(菊科,豆科和十字花科)包含超过三分之一甲虫(37%)的寄主。在59个科的201属植物中记录了单噬细胞和窄寡核苷酸。在58个科的植物上记录了多食性物种。寄主植物上的噬食性甲虫分布的特定特征(与其他昆虫相比)是在仇足类(特别是十字花科的那些)上发育的物种的很大一部分,典型的演习是稀疏的草本覆盖演替的先驱阶段。少数与草和莎草相关的物种。这些特征在Curculionidae的动物区系中最为明显。

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