Chilo luteellus

Chilo luteellus (Motschulsky, 1866) Figs. 36, 97, 155. Schoenobius luteellus Motschulsky, 1866: 199. Type locality: Japan, Honshu, Kanagawa Pref., Kugenuma, Fujisawa = Chilo concolorellus Christoph, 1885, in Romanoff: 149, pl. 8 figs. 15a, b; type locality: Turkmenistan, Askhabad. = Chilo gensanellus Leech, 1889: 108, pl. 5 fig. 9; type locality: Korea, Gensan. = Chilo dubia Bethune-Baker, 1894: 48, pl. 1 figs. 18, 19; type locality: Egypt, Alexandria. = Chilo boxanus Hering, 1903: 111; type locality: China, Yangtse. = Chilo plumbosellus Chrétien, 1910: 366; type locality: Algeria, Biskra. = Chilo molydellus Zerny in Osthelder, 1935: 79; type locality: Syria, Amanus, Juksek Dagh. = Chilo pseudoplumbellus Caradja, 1932: 117; type locality: China, Tianjin. = Chilo luteellus (Motschulsky): Shibuya, 1928: 144. MATERIAL 1 ♂, 2 ♀ (detailed information on Table S1; https://doi.org/ 10.5061/dryad.b8gtht7mh). SIMILAR SPECIES Chilo pulverosellus Ragonot, 1895. DIAGNOSIS Chilo luteellus (Fig. 36) is a rather large species (♂: 10 mm, ♀: 13-14 mm) and has somewhat broader forewings than other large Chilo species. Unambiguous identification succeeds by examination of the genitalia. In male genitalia (Fig. 97), the two elongate arms of the juxta and the absence of ventral arm on phallus separate this species and C. pulverosellus from other Chilo species. From C. pulverosellus, it is separated by the valva shape, which is more triangular than in C. pulverosellus, and the tips of the juxtal arms have a short tooth missing in C. pulverosellus (note that C. pulverosellus is not reported from the Philippines). In female genitalia (Fig. 155), the following characters distinguish this species from congeneric species: ductus bursae with basal half sclerotized, distally indented, abutted by two sclerotized lobes at ductus midlength; distinct swelling at midlength; ductus distal half wrinkled, with punctuate membrane; corpus bursae with light sclerotized ring at corpus opening; signum lacking (Anon 2019; Bleszynski, 1970c). DISTRIBUTION ALGERIA; CHINA; CROATIA; ISRAEL; ITALY; JAPAN; PHILIPPINES: Luzon (Laguna), Mindoro, Negros; ROMANIA; RUSSIA; SPAIN (Bleszynski, 1970c; Koren, 2021; Poltavsky & Artokhin, 2015). Collected at an altitude of 150 m on the Philippines. Bleszynski (1970c) reports the species from North Africa and Central Asia. He investigated one female specimen from the USNM collected on Mount Makiling (Laguna). DNA BARCODING A maximum intraspecific p-distance of 1.0 % is observed between specimens MFNLEP-PYRALPHIL07-C08 from Mindoro and MFNLEP-PYRALPHIL10-H09 from Negros. Three haplotypes were recovered in total from the Philippines. Of the three DNA barcodes available for this species, the haplotype from Shandong, China, is recovered as the closest neighbor, while the two other haplotype from Italy are more distantly related (Fig. S2f).

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Zenodo (CERN European Organization for Nuclear Research)
Published
2024-10-16
DOI
https://doi.org/10.5281/zenodo.15117084
Primary Topic
Leech Biology and Applications
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Chilo luteellus

Zenodo (CERN European Organization for Nuclear Research)
Leech Biology and Applications
article

Chilo luteellus

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Abstract

Chilo luteellus (Motschulsky, 1866) Figs. 36, 97, 155. Schoenobius luteellus Motschulsky, 1866: 199. Type locality: Japan, Honshu, Kanagawa Pref., Kugenuma, Fujisawa = Chilo concolorellus Christoph, 1885, in Romanoff: 149, pl. 8 figs. 15a, b; type locality: Turkmenistan, Askhabad. = Chilo gensanellus Leech, 1889: 108, pl. 5 fig. 9; type locality: Korea, Gensan. = Chilo dubia Bethune-Baker, 1894: 48, pl. 1 figs. 18, 19; type locality: Egypt, Alexandria. = Chilo boxanus Hering, 1903: 111; type locality: China, Yangtse. = Chilo plumbosellus Chrétien, 1910: 366; type locality: Algeria, Biskra. = Chilo molydellus Zerny in Osthelder, 1935: 79; type locality: Syria, Amanus, Juksek Dagh. = Chilo pseudoplumbellus Caradja, 1932: 117; type locality: China, Tianjin. = Chilo luteellus (Motschulsky): Shibuya, 1928: 144. MATERIAL 1 ♂, 2 ♀ (detailed information on Table S1; https://doi.org/ 10.5061/dryad.b8gtht7mh). SIMILAR SPECIES Chilo pulverosellus Ragonot, 1895. DIAGNOSIS Chilo luteellus (Fig. 36) is a rather large species (♂: 10 mm, ♀: 13-14 mm) and has somewhat broader forewings than other large Chilo species. Unambiguous identification succeeds by examination of the genitalia. In male genitalia (Fig. 97), the two elongate arms of the juxta and the absence of ventral arm on phallus separate this species and C. pulverosellus from other Chilo species. From C. pulverosellus, it is separated by the valva shape, which is more triangular than in C. pulverosellus, and the tips of the juxtal arms have a short tooth missing in C. pulverosellus (note that C. pulverosellus is not reported from the Philippines). In female genitalia (Fig. 155), the following characters distinguish this species from congeneric species: ductus bursae with basal half sclerotized, distally indented, abutted by two sclerotized lobes at ductus midlength; distinct swelling at midlength; ductus distal half wrinkled, with punctuate membrane; corpus bursae with light sclerotized ring at corpus opening; signum lacking (Anon 2019; Bleszynski, 1970c). DISTRIBUTION ALGERIA; CHINA; CROATIA; ISRAEL; ITALY; JAPAN; PHILIPPINES: Luzon (Laguna), Mindoro, Negros; ROMANIA; RUSSIA; SPAIN (Bleszynski, 1970c; Koren, 2021; Poltavsky & Artokhin, 2015). Collected at an altitude of 150 m on the Philippines. Bleszynski (1970c) reports the species from North Africa and Central Asia. He investigated one female specimen from the USNM collected on Mount Makiling (Laguna). DNA BARCODING A maximum intraspecific p-distance of 1.0 % is observed between specimens MFNLEP-PYRALPHIL07-C08 from Mindoro and MFNLEP-PYRALPHIL10-H09 from Negros. Three haplotypes were recovered in total from the Philippines. Of the three DNA barcodes available for this species, the haplotype from Shandong, China, is recovered as the closest neighbor, while the two other haplotype from Italy are more distantly related (Fig. S2f).

Zenodo (CERN European Organization for Nuclear Research)
Museum für Naturkunde (DE)
Openalex Percentile: Top 69%
Leech Biology and Applications
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