Museo de Zoologa 'Alfonso L. Herrera, Departamento de Biologa Evolutiva, Facultad de Ciencias, Universidad Nacional Autnoma de Mxico (UNAM), 04510 Mexico City, Mexico .
Instituto de Diagnstico y Referencia Epidemiolgicos, 01480 Mexico City, Mexico.
Zootaxa. 2021 Aug 19;5023(3):335-365. doi: 10.11646/zootaxa.5023.3.2.
The Triatoma phyllosoma species group includes 17 species of kissing bugs, most of them implicated in the transmission of Chagas disease in the Americas. The species of this group are T. bassolsae Alejandre-Aguilar, Nogueda-Torres, Cortz-Jmenez, Jurberg, Galvo Carcavallo, 1999, T. brailovskyi Martnez, Carcavallo Pelaez, 1984, T. dimidiata (Latreille, 1811), T. gerstaeckeri (Stl, 1859), T. gomeznunezi Martnez, Carcavallo Juberg, 1994, T. hegneri Mazzotti, 1940, T. huehuetenanguensis Lima-Cordn, Monroy, Stevens, Rodas, Rodas, Dorn Justi, 2019, T. indictiva Neiva, 1912, T. longipennis Usinger, 1939, T. mazzottii Usinger, 1941, T. mexicana (Herrich-Schaeffer, 1848), T. mopan Dorn, Justi, Dale, Stevens, Galvo, Lima-Cordn Monroy, 2018, T. pallidipennis (Stl, 1872), T. phyllosoma (Burmeister, 1835), T. picturata Usinger, 1939, T. recurva (Stl, 1868), and T. sanguisuga (LeConte, 1855). The validity of some species of the group was uncertain, because of both cryptic species and hybrid occurrence. Species exhibiting these particularities were formerly classified in the T. dimidiata and T. phyllosoma complexes. Although we recognize the historical value of these species complexes, we do not recommend their further use. Instead, we recognize the T. phyllosoma species group here reviewed, considering the current knowledge of the systematics and reproductive behavior of the group. We implement the cohesion species concept, validating the species status of T. bassolsae, T. longipennis, T. mazzottii, T. pallidipennis, T. phyllosoma, and T. picturata. We also provide diagnoses, photographs and a taxonomic key including the recently described species.
三带喙库蚊种组包括 17 种接吻虫,其中大多数与美洲锥虫病的传播有关。该种组的物种有 T. bassolsae Alejandre-Aguilar、Nogueda-Torres、Cortz-Jmenez、Jurberg、Galvo Carcavallo、1999、T. brailovskyi Martnez、Carcavallo Pelaez、1984、T. dimidiata(拉特雷尔,1811 年)、T. gerstaeckeri(Stl,1859 年)、T. gomeznunezi Martnez、Carcavallo Juberg、1994、T. hegneri Mazzotti、1940、T. huehuetenanguensis Lima-Cordn、Monroy、Stevens、Rodas、Rodas、Dorn Justi、2019、T. indictiva Neiva、1912、T. longipennis Usinger、1939、T. mazzottii Usinger、1941、T. mexicana(Herrich-Schaeffer,1848 年)、T. mopan Dorn、Justi、Dale、Stevens、Galvo、Lima-Cordn Monroy、2018、T. pallidipennis(Stl,1872 年)、T. phyllosoma(Burmeister,1835 年)、T. picturata Usinger、1939、T. recurva(Stl,1868 年)和 T. sanguisuga(LeConte,1855 年)。由于存在隐种和杂种发生,该组的一些物种的有效性不确定。表现出这些特殊性质的物种以前被归类在 T. dimidiata 和 T. phyllosoma 复合体中。尽管我们认识到这些物种复合体的历史价值,但我们不建议进一步使用它们。相反,我们在这里审查了 T. phyllosoma 物种组,考虑到该组系统发育和生殖行为的当前知识。我们实施了凝聚种概念,验证了 T. bassolsae、T. longipennis、T. mazzottii、T. pallidipennis、T. phyllosoma 和 T. picturata 的物种地位。我们还提供了诊断、照片和一个包括最近描述的物种的分类关键。