Anacroneuria minuta Klapalek 1922

Anacroneuria minuta Klapálek, 1922 (Figs. 5A–H) Anacroneuria minuta Klapálek 1922: 89; Illies 1966: 319; Kimmins 1970: 345; Ribeiro-Ferreira & Froehlich 2001: 188; Froehlich 2002: 80; Ribeiro & Rafael 2009: 2; Froehlich 2010: 162; Ribeiro & Gorayeb 2014: 23; Ribeiro & Gorayeb 2016: 434; Rippel et al. 2019: 360; Pessacq et al. 2019: 201; Menezes et al. 2020: 468; Carvalho et al. 2020: 439; Miguel et al. 2022: 496; Rippel et al. 2023: 384; Deprá et al. 2024: 4. Material Examined. BRAZIL, Pará: Oriximiná: Água Limpa Stream (01º42’35”S 55º51’31”W), 21/i/2025, Nascimento, M.V. & Couceiro, S.R.M. Col: 1 adult ♂, 1 adult ♀; idem, except 29/iii/2025, 1 adult ♂, 2 adult ♀♀; idem, except 05/IV/2025, 4 adult ♀♀. Distribution in Brazil. Amazonas (Ferreira-Ribeiro & Froehlich 2001), Goiás (Miguel et al. 2022), Maranhão (Carvalho et al. 2020), Pará (Klapálek 1922; Ribeiro & Gorayeb 2014; this work), Roraima (Ribeiro & Gorayeb 2014), and Tocantins (Rippel et al. 2019). Distribution in Pará. Castanhal, Marabá (Ribeiro & Gorayeb 2014), Oriximiná (this work), Ourém, Peixe-Boi (Ribeiro & Gorayeb 2014), Santarém (Klapálek 1922). Comments. This species was originally described by Klapálek (1922) based on material collected in Santarém. The variation in wing pigmentation observed in morphotypes 1 and 2, as cited by Menezes et al. (2020), corresponds to the redescription of the species by Ribeiro & Rafael (2009), who noted a more infuscated forewing in males and variation in the shape of the r and r-m veins in females. The pronotum of the male matches the description of variant 1 provided by Menezes et al. (2020) and Ribeiro & Rafael (2009). The subgenital plate of variant 1 also follows the pattern described by Ribeiro & Rafael (2009). All specimens of this species examined in this work are teneral. First record for the municipality of Oriximiná.

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2025-09-15
DOI
https://doi.org/10.5281/zenodo.17321982
Primary Topic
Insect Utilization and Effects
Type
article
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article

Anacroneuria minuta Klapalek 1922

Zenodo (CERN European Organization for Nuclear Research)
Insect Utilization and Effects
article

Anacroneuria minuta Klapalek 1922

article en

Abstract

Anacroneuria minuta Klapálek, 1922 (Figs. 5A–H) Anacroneuria minuta Klapálek 1922: 89; Illies 1966: 319; Kimmins 1970: 345; Ribeiro-Ferreira & Froehlich 2001: 188; Froehlich 2002: 80; Ribeiro & Rafael 2009: 2; Froehlich 2010: 162; Ribeiro & Gorayeb 2014: 23; Ribeiro & Gorayeb 2016: 434; Rippel et al. 2019: 360; Pessacq et al. 2019: 201; Menezes et al. 2020: 468; Carvalho et al. 2020: 439; Miguel et al. 2022: 496; Rippel et al. 2023: 384; Deprá et al. 2024: 4. Material Examined. BRAZIL, Pará: Oriximiná: Água Limpa Stream (01º42’35”S 55º51’31”W), 21/i/2025, Nascimento, M.V. & Couceiro, S.R.M. Col: 1 adult ♂, 1 adult ♀; idem, except 29/iii/2025, 1 adult ♂, 2 adult ♀♀; idem, except 05/IV/2025, 4 adult ♀♀. Distribution in Brazil. Amazonas (Ferreira-Ribeiro & Froehlich 2001), Goiás (Miguel et al. 2022), Maranhão (Carvalho et al. 2020), Pará (Klapálek 1922; Ribeiro & Gorayeb 2014; this work), Roraima (Ribeiro & Gorayeb 2014), and Tocantins (Rippel et al. 2019). Distribution in Pará. Castanhal, Marabá (Ribeiro & Gorayeb 2014), Oriximiná (this work), Ourém, Peixe-Boi (Ribeiro & Gorayeb 2014), Santarém (Klapálek 1922). Comments. This species was originally described by Klapálek (1922) based on material collected in Santarém. The variation in wing pigmentation observed in morphotypes 1 and 2, as cited by Menezes et al. (2020), corresponds to the redescription of the species by Ribeiro & Rafael (2009), who noted a more infuscated forewing in males and variation in the shape of the r and r-m veins in females. The pronotum of the male matches the description of variant 1 provided by Menezes et al. (2020) and Ribeiro & Rafael (2009). The subgenital plate of variant 1 also follows the pattern described by Ribeiro & Rafael (2009). All specimens of this species examined in this work are teneral. First record for the municipality of Oriximiná.

Zenodo (CERN European Organization for Nuclear Research)
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Insect Utilization and Effects
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