Himalisundacoris schwartzi Yasunaga, 2024, new species

Himalisundacoris schwartzi, new species (Figs. 11 G−J, 15D−H, 29) Type material. Holotype: male, INDONESIA: North Sumatra: Brastagi, North of Toba Lake, 3.18°N, 98.50°E, 1,400 m, at FL light, T. Yasunaga, 7 December 1989 (ZRC) (AMNH _ PBI 00378785). Paratype: INDONESIA: 1 female, same data as for holotype, except for date 5 December 1989 (TYCN). Diagnosis. This new species is recognised by the following characters: Pale orange-brown basic colouration; entirely pale creamy brown scutellum; darkened female clavus and posterior corium; and pale reddish-brown abdomen, in addition to the characters provided in the above key. Description. Body oval, slightly elongate; basic colouration pale orange-brown (Fig. 11G); in female, clavus and apical part of corium darkened (Fig. 11I). Head pale orange-brown; vertex smooth, with faintly delimitated basal transverse carina (Fig. 29B); lorum, jugum, and buccula reddish brown; apical half of clypeus fuscous. Antenna dark brown; antennomere I pale brown, with darkened base and apex; antennomere II with pale subbasal annulation; base of antennomere III yellowish brown. Labium pale reddish brown, reaching middle part of metacoxa; apical part of segment IV dark reddish brown. Pronotum uniformly pale, almost glabrous (Fig. 29A); calli with a pair of reddish spots in female; pleura shiny pale reddish-brown; metathoracic scent efferent system pale brown, with small, semi-circular peritreme (Fig. 29D); scutellum pale creamy brown. Hemelytron pale orange-brown, with sparsely distributed, pale, simple, semi-erect setae; clavus and apical half of corium darkened in female; basal half and apex of cuneus sanguineous; membrane pale greyish brown, semi-transparent, with brown veins. All coxae and legs pale brown; metafemur with two or three reddish annulations apically; apex of each tibia dark reddish brown; apical half of each tarsomere III darkened; meta-tarsomere II as long as III (Fig. 29E); pretarsal structure as in Fig. 29F; parempodia relatively short. Abdomen almost uniformly pale reddish brown. Male genitalia (Figs. 13D–F, 29G–K): Hypophysis of left paramere with sharp apex (Fig. 29H); right paramere ovoid, with short, pointed hypophysis (Figs.13F, 29I); vesica with distinctly notched lobal-sclerite (Figs. 13D, 29J, K); secondary gonopore comparatively large. Female genitalia (Figs. 13H, I, 29L–O): Sclerotised rings relatively large, subtriangular (Fig. 29L); dorsal margin of posterior wall with sparsely distributed, scaly micro-structures, lacking field of spinules (Fig. 29N); interramal lobes mesally separated to each other (Fig. 29M). Measurements. See Table 1. Etymology. Named to honour Dr. Michael D. Schwartz; a noun in the genitive case. Distribution. Indonesia (N. Sumatra). Biology. Unknown.

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2024-10-30
DOI
https://doi.org/10.5281/zenodo.14683033
Primary Topic
Automotive and Human Injury Biomechanics
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article
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article

Himalisundacoris schwartzi Yasunaga, 2024, new species

Zenodo (CERN European Organization for Nuclear Research)
Automotive and Human Injury Biomechanics
article

Himalisundacoris schwartzi Yasunaga, 2024, new species

article en

Abstract

Himalisundacoris schwartzi, new species (Figs. 11 G−J, 15D−H, 29) Type material. Holotype: male, INDONESIA: North Sumatra: Brastagi, North of Toba Lake, 3.18°N, 98.50°E, 1,400 m, at FL light, T. Yasunaga, 7 December 1989 (ZRC) (AMNH _ PBI 00378785). Paratype: INDONESIA: 1 female, same data as for holotype, except for date 5 December 1989 (TYCN). Diagnosis. This new species is recognised by the following characters: Pale orange-brown basic colouration; entirely pale creamy brown scutellum; darkened female clavus and posterior corium; and pale reddish-brown abdomen, in addition to the characters provided in the above key. Description. Body oval, slightly elongate; basic colouration pale orange-brown (Fig. 11G); in female, clavus and apical part of corium darkened (Fig. 11I). Head pale orange-brown; vertex smooth, with faintly delimitated basal transverse carina (Fig. 29B); lorum, jugum, and buccula reddish brown; apical half of clypeus fuscous. Antenna dark brown; antennomere I pale brown, with darkened base and apex; antennomere II with pale subbasal annulation; base of antennomere III yellowish brown. Labium pale reddish brown, reaching middle part of metacoxa; apical part of segment IV dark reddish brown. Pronotum uniformly pale, almost glabrous (Fig. 29A); calli with a pair of reddish spots in female; pleura shiny pale reddish-brown; metathoracic scent efferent system pale brown, with small, semi-circular peritreme (Fig. 29D); scutellum pale creamy brown. Hemelytron pale orange-brown, with sparsely distributed, pale, simple, semi-erect setae; clavus and apical half of corium darkened in female; basal half and apex of cuneus sanguineous; membrane pale greyish brown, semi-transparent, with brown veins. All coxae and legs pale brown; metafemur with two or three reddish annulations apically; apex of each tibia dark reddish brown; apical half of each tarsomere III darkened; meta-tarsomere II as long as III (Fig. 29E); pretarsal structure as in Fig. 29F; parempodia relatively short. Abdomen almost uniformly pale reddish brown. Male genitalia (Figs. 13D–F, 29G–K): Hypophysis of left paramere with sharp apex (Fig. 29H); right paramere ovoid, with short, pointed hypophysis (Figs.13F, 29I); vesica with distinctly notched lobal-sclerite (Figs. 13D, 29J, K); secondary gonopore comparatively large. Female genitalia (Figs. 13H, I, 29L–O): Sclerotised rings relatively large, subtriangular (Fig. 29L); dorsal margin of posterior wall with sparsely distributed, scaly micro-structures, lacking field of spinules (Fig. 29N); interramal lobes mesally separated to each other (Fig. 29M). Measurements. See Table 1. Etymology. Named to honour Dr. Michael D. Schwartz; a noun in the genitive case. Distribution. Indonesia (N. Sumatra). Biology. Unknown.

Zenodo (CERN European Organization for Nuclear Research)
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Automotive and Human Injury Biomechanics
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