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Abstract：
Australian stiletto flies of the sister-genera Acupalpa Kröber, 1912 and Pipinnipons Winterton, 2001 (Diptera: Therevidae: Agapophytinae) are revised. Twelve new species of Acupalpa are described, while Acupalpa imitans (White, 1915), comb. n. is transferred from Pipinnipons and Acupalpa albimanis (Kröber, 1914), comb. n. is transferred from Ectinorhynchus Macquart as a senior synonym of Acupalpa pollinosa Mann. The total number of species of Acupalpa is therefore increased to 19: Acupalpa albimanis (Kröber), comb. n., Acupalpa albitarsa Mann, Acupalpa bohartisp. n., Acupalpa divisa (Walker), Acupalpa dolichorhynchasp. n., Acupalpa glossasp. n., Acupalpa imitans (White), comb. n., Acupalpa irwini Winterton, Acupalpa melanophaeossp. n.,Acupalpa miaboolyasp. n., Acupalpa minutasp. n., Acupalpa minutoidessp. n., Acupalpa notomelassp. n., Acupalpa novayamarnasp. n., Acupalpa rostrata Kröber, Acupalpa semirufa Mann, Acupalpa westralicasp. n., Acupalpa yalgoosp. n. and Acupalpa yanchepsp. n. Three new species of Pipinnipons are described, increasing the total number of species to five: Pipinnipons chauncyvallissp. n., Pipinnipons fascipennis (Kröber), Pipinnipons kampmeieraesp. n., Pipinnipons kroeberi Winterton, and P. sphecodasp. n.Pipinnipons and Acupalpa are rediagnosed in light of the new species presented herein and revised keys to species are included. A dichotomous key to genera of Australasian Therevidae is included. As an empirical example of cybertaxonomy, taxonomic descriptions were composed using a character matrix developed in Lucid Builder (in Structured Descriptive Data (SDD) format) to generate natural language descriptions supplemented by online specimen and image databases. Web resources are provided throughout the document including: a) links to high resolution colour images of all species on Morphbank, b) registration of authors, publications, taxon names and other nomenclatural acts in Zoobank, with assignment of Life Science Identifiers (LSIDs) for each, c) links to Genbank accession records for DNA sequences, and d) assignment of LSIDs to specimen records with links to respective records in an online Therevidae specimen database.
摘要：
阿卡帕尔帕·克罗伯姐妹属的澳大利亚细高跟鞋，1912年和PipinniponsWinterton，2001年（双翅目：鱼科：agaposphytinae）进行了修订。描述了十二种新的Acualpa，而Acupalpaimitans（白色，1915),梳子。n.是从Pipinnipons和Acualpaalbimanis转移的（Kröber，1914),梳子。n.从EptinorhynchusMacquart转移为AcualpapollinosaMann的高级同义词。因此，Acupalpa的物种总数增加到19：Acupalpaalbimanis（Kröber），梳子。n.,阿卡帕尔巴·曼恩，Acualpabohartisp.n.,Acualpadivisa（沃克），Acualpadolichorhynchasp。n.,Acualpaglossasp。n.,Acupalpaimitans（白色），梳子。n.,AcupalpairwiniWinterton,黑脑针叶。n.,Acualpamiabooyasp。n.,Acualpa分钟。n.,Acupalpaminutoidessp。n.,阿卡帕尔帕。n.,Acupalpanovayamarnasp.n.,AcualparostrataKröber,AcupalpasemirufaMann,Acualpawestralicasp。n.,Acupalpayalgoosp。n.和Acupalpayanchepsp。n.描述了三种新的Pipinnipons，将物种总数增加到五个：Pipinniponschauncyvallissp。n.,Pipinnipons法西斯（Kröber），Pipinniponskampmeieraesp。n.,PipinniponskroeberiWinterton,还有P.spheodasp.n.根据本文提出的新物种重新诊断Pipinnipons和Acualpa，并包括修订的物种关键。包括澳大利亚Therevidae属的二分法键。作为网络分类学的一个经验例子，分类描述是使用LucidBuilder开发的字符矩阵（结构化描述性数据（SDD）格式）组成的，以生成自然语言描述，并辅以在线样本和图像数据库。在整个文档中提供了网络资源，包括：a）指向Morphbank上所有物种的高分辨率彩色图像的链接，b)作者登记，出版物,Zoobank中的分类单元名称和其他命名行为，为每个分配生命科学标识符(LSID)，c）链接到DNA序列的Genbank登录名记录，d）将LSID分配给标本记录，并链接到在线Therevidae标本数据库中的相应记录。
