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首页> 外文期刊>Terrestrial arthropod reviews >Biting midges (Diptera, Ceratopogonidae) in amber forest communities based on analysis of syninclusions in Late Eocene Rovno amber.
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Biting midges (Diptera, Ceratopogonidae) in amber forest communities based on analysis of syninclusions in Late Eocene Rovno amber.

机译:根据晚始新世罗夫诺琥珀的共生元素分析,在琥珀色的森林群落中叮咬mid(Diptera,Ceratopogonidae)。

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摘要

Over 2,500 pieces of unselected Rovno amber (Late Eocene of Ukraine) are studied for their contents of syninclusia depending on amber piece weight class and taxonomic position of syninclusion components. Unlike previous publications (Perkovsky et al. 2010a, 2012), ceratopogonid components enter analysis separately (as genera or genus groups) rather than as entire taxon. This changes the resulting pattern drastically. Instead of two correlation pleiades, the air-plankton one (include biting midges), and the 'Sciara zone' dwellers, we have six pleiades now depending on developmental environments (terrestrial saprotrophs vs. aquatic) and adult behavior (low level fliers and tree trunk visitors vs. air plankton and others which show no preference to tree trunks). Causes of some differences are uncertain.
机译:研究了超过2500片未选定的Rovno琥珀(乌克兰晚始新世),其合成含量取决于琥珀片的重量等级和共轭成分的分类位置。与以前的出版物(Perkovsky等,2010a,2012)不同,角藜中的成分单独进入分析(作为属或属组),而不是整个分类单元。这将彻底改变最终的模式。取代了两个相关的pleiades,一个是浮游生物(包括叮咬的ges虫),另一个是“ Sciara zone”居民,我们现在有六个pleiades取决于发育环境(陆生腐生动物与水生动物)和成年行为(低水平的传单和树木)树干游客与浮游生物以及其他不喜欢树干的人之间的对立)。某些差异的原因尚不确定。

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