A new species of aphid of the genus Nipponaphis (Hemiptera: Aphididae: Hormaphidinae) from China, inducing galls on the trunk of a witch-hazel (Hamamelidaceae)

Pub Date : 2021-11-05 DOI:10.3897/ZOOLOGIA.38.E60598
Wei Wang, Yongzhong Cui, Xiaoming Chen, Nawaz Haider Bashir, Hang Chen
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Abstract

Plants and insects have co-existed for millions of years. Although research has been conducted on various insect species that induce galls on various plant tissues, information is particularly scarce when it comes to insects that form galls on the tough trunk of their host plants. This contribution describes the gall-inducing aphid Nipponaphis hubeiensis sp. nov. from the Zhushan County, Shiyan City, Hubei Province of China. This aphid induces enclosed galls with woody external layer on the trunk of Sycopsis sinensis (Saxifragales: Hamamelidaceae), an uncommon ecological niche in the aphid-plant interaction system. Morphological features for the identification of new species are provided. In addition, a partial sequence of the nuclear gene EF1α was amplified and sequenced to construct a cluster graph. Based on the clustering graph combined with morphology traits, the gall-forming aphid was classified into Nipponaphis. The unique ecological habits of this new aphid will bring innovative perspectives to the study of the evolution and diversity in aphid-host interaction.
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中国金缕梅属蚜虫一新种(半翅目:蚜科:金缕梅科)在金缕梅树干上致瘿
植物和昆虫已经共存了数百万年。虽然已经对各种昆虫在各种植物组织上产生瘿瘤进行了研究,但关于在寄主植物坚韧的树干上形成瘿瘤的昆虫的信息尤其缺乏。报道了一种产自湖北省十堰市竹山县的致瘿蚜虫——湖北日本蚜。该蚜虫在中国梧桐(Sycopsis sinensis)的树干上诱导出具有木质外层的封闭瘿,这是蚜虫-植物相互作用系统中一个罕见的生态位。提供了识别新种的形态学特征。此外,扩增核基因EF1α的部分序列,构建聚类图。根据聚类图结合形态特征,将成瘿蚜虫分类为日本蚜。这种新蚜虫独特的生态习性将为蚜虫与寄主相互作用的进化和多样性研究带来新的视角。
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