New Data on Hoverflies (Diptera: Syrphidae) From Russian Far East

Mutin, V. A.; Komsomolsk-naAmure,

doi:10.25221/fee.403.3

Cited by 4 publications

(3 citation statements)

References 2 publications

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“…Zoogeographical distribution. Palaearctic -GREECE, IRAN, KIRGHIZIA, TURKEY, TURKMENISTAN (Thompson & Ghorpadé, 1992;Sorokina, 2009;Khosravian et al, 2015;Dousti, 2023). (Coe, 1964;Thapa, 2015;Thompson & Ghorpadé, 1992).…”

Section: Distribution In Nepalmentioning

confidence: 99%

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An updated checklist of the hoverflies of Nepal (Diptera: Syrphidae)

Dyola,

Pandey,

Sheikh

et al. 2024

J. Insect Biodivers. Syst

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An updated checklist of the hoverflies including distribution and seasonal occurence data of known species in Nepal is presented. The list is based on all available published literature on taxonomy, biodiversity, ecology, and biological aspects of the syrphid fauna of Nepal up to 2023. A total of 205 species from three subfamilies and 63 genera are known to occur in Nepal. Among the three subfamilies, Eristalinae shares maximum species (111 species, 54%), followed by Syrphinae (90 species, 44%), and Microdontinae (four species, 2%). is presented. Among these, 48 (23%) species are recorded in Nepal only. The distribution of known hoverfly species in the country is not uniform, with the Bagmati (82 species) and Koshi (75 species) provinces having the greatest number of species, while the Madhesh (four species) and Lumbini (one species) provinces having the lowest records. The highest number of species are recorded in May (51 species), followed by July (50 species) and June (48 species). Winter season records are relatively low, and distribution data are still incomplete for some sites. Based on the present review, comprehensive and systematic sampling across the entire country is necessary for further exploration of Nepal's hoverfly fauna.

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Section: Distribution In Nepalmentioning

confidence: 99%

“…Zoogeographical distribution. Afrotropical, Nearctic and Palaearctic -AFRICA, AFGHANISTAN, AUSTRIA, CALIFORNIA, CHINA, COLOMBIA, ENGLAND, INDIA, IRAN, JAPAN, KOREA, NEPAL, PAKISTAN, RUSSIA, SWEDEN (Sorokina, 2009;Khosravian et al, 2015;Ghorpadé, 2015b;Hassan et al, 2018b;Yang et al, 2020;Dousti, 2023). Seasonal activity.…”

Section: Volucella Varipila Coe 1964mentioning

confidence: 99%

An updated checklist of the hoverflies of Nepal (Diptera: Syrphidae)

Dyola,

Pandey,

Sheikh

et al. 2024

J. Insect Biodivers. Syst

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“…Neither the Neotropical nor the Oriental species have been reviewed. In the Eastern Palaearctic, Russian species were reviewed by Mutin & Barkalov (1999), and Japanese species were reviewed by Shiraki (1968), but these reviews have not been reconciled and undescribed species are known from Japan (Ichige, 2006(Ichige, , 2012. Western Palaearctic species can be considered well studied with the last key found in Van Steenis & Gharali (2016) Criorhina.…”

Section: Criorhinamentioning

confidence: 99%

Systematics of Syrphidae, with an Emphasis on the Subtribe Criorhinina

Moran

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This doctoral thesis is presented in six chapters and aims: (1) to produce the first ever phylogeny of Syrphidae: Eristalinae: Milesiini: Criorhinina using molecular characters and to test current generic concepts; (2) to explore the question of paraphyly within the subfamily Eristalinae; (3) to provide a new framework of tribal and subtribal relationships; (4) to use our phylogeny of Criorhinina to revise generic concepts to which we can assign newly described species. Chapter one presents a phylogenetic hypothesis of the subfamily Eristalinae with an emphasis on the subtribe Criorhinina using eight different molecular markers. Eristalinae was recovered as paraphyletic with strong support for the elevation of Cerioidini, Merodontini and Volucellini to subfamilial status. Criorhinina is restricted to contain Criorhina Meigen, Matsumyia Shiraki, Romaleosyrphus Bigot and Sphecomyia Latreille. Chapters two, three, and four represent revisions of genera or regional revisions of the subtribe Criorhinina. Chapter two revises the 16 world species of Sphecomyia with the description of seven previously undescribed species. Chapter three reviews the genus Romaleosyrphus and includes seven newly described species in the concept. Chapter four reviews the species of Nearctic Criorhina, including the description of three previously undescribed species. Additionally, the sixteen species of Sphecomyia are combined with Criorhina. iii Chapter five presents a targeted enrichment sequencing phylogeny to reveal a new hypothesis of Eristalinae relationships. Eristalinae is revealed as a paraphyletic assemblage of four monophyletic clades: Eristalinae, Cerioidini, Merodontini, and Volucellini. Multiple independent Australian-Chilean relationships are revealed, raising the question of whether Syrphidae underwent Trans-Antarctic dispersal or Gondwanan vicariance. The final chapter presents SAPPHYRE, an all-in-one dataset preparation software package that bridges the gap between sequencing and analysis. It eschews traditional assemblers in favor of mapping reads directly against reference amino acid translations. Using data from Dietz et al. 2023 we compare the output of SAPPHYRE against PHYLUCE, HybPiper, Orthograph, BWA mapping, IBA, and the combined approaches of Orthograph + Phyluce and Orthograph + Phyluce + Trinity.

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