Zanolli P, Martini M, Mazzon L, Pavan F
Department of Agricultural, Food, Environmental and Animal Sciences, University of Udine, Via delle Scienze 206, 33100 Udine, Italy;
Department of Agronomy Food Natural Resources Animals and Environment, University of Padua, Agripolis, Viale dell'Università 16, 36020 Legnaro (Padova), Italy and.
J Insect Sci. 2016 Apr 28;16(1). doi: 10.1093/jisesa/iew017. Print 2016.
Morphological identification and molecular study on the COI gene were simultaneously conducted on Anagrus Haliday 'atomus' group individuals collected in the field in Italy or supplied from a UK biofactory. Females were morphologically identified as A. atomus L. and A. parvus Soyka sensu Viggiani (=A. ustulatus sensu Chiappini). Alignment of COI gene sequences from this study permitted recognition of a total of 34 haplotypes. Phylogenetic and network analyses of molecular data not only confirmed that A. atomus is a species distinct from A. parvus, but also suggested that two species may be included within morphologically identified A. parvus. Different geographical distribution and frequency of haplotypes were also evidenced. For males considered in this study, morphometric analyses revealed a character that could be useful to discriminate A. atomus from A. parvus Both species were found in vineyards and surrounding vegetation, confirming the potential role of spontaneous vegetation as a source of parasitoids for leafhopper control in vineyards.
对在意大利野外采集或由英国生物工厂提供的哈氏狭翅蚜小蜂“atomus”组个体同时进行了形态鉴定和细胞色素氧化酶亚基I(COI)基因的分子研究。雌性在形态上被鉴定为atomus A. L. 和parvus A. Soyka(维贾尼意义上的=ustulatus A. 基亚平尼意义上的)。本研究中COI基因序列的比对共识别出34个单倍型。分子数据的系统发育和网络分析不仅证实了atomus A. 是与parvus A. 不同的物种,还表明在形态上鉴定为parvus A. 的物种中可能包含两个物种。不同单倍型的地理分布和频率也得到了证实。对于本研究中考虑的雄性,形态测量分析揭示了一个可用于区分atomus A. 和parvus A. 的特征。在葡萄园和周围植被中均发现了这两个物种,证实了自然植被作为葡萄园中叶蝉控制寄生蜂来源的潜在作用。