Krombeinidia wallacei Lelej 2024, sp. n.

Krombeinidia wallacei Lelej, sp. n. https://zoobank.org/NomenclaturalActs/ 47C7F018-7443-46D2-A9AE-C23A6D2AD343 Figs 15–17 MATERIAL EXAMINED. Holotype, ♀, Indonesia: Lombok, Lombok, near Senggigi, 450 m, forest, 8º28ʹ31.9ʺS 116º2,96ʹE, 18.V 2012 (MM) [IBSS]. Paratypes, Lombok, near Senggigi, 450 m, forest, 8º28ʹ31.9ʺS 116º2,96ʹE, 9.V 2012, 2♀ (MM); same place, 18.V 2012, 3♀ (MM) [IBSS]; W[est] Lombok, nr. Semaya, Kopi house, 29.X 1998, 1♀ (E. Eguchi) [SKYC]. DIAGNOSIS. FEMALE. T2 basally without setal spots. Pygidial area long triangular. MALE. Unknown. DESCRIPTION. FEMALE. Body length 4.4-7.2 mm. Head black, except antennal tubercle, clypeus and mandible partly reddish brown. Mesosoma and coxae ferruginous, remainder of legs brownish. Metasoma black, except T1 basally brownishred and S1 ferruginous. Body setae generally sparse and silvery, except frons black and mesosomal dorsum with reddish setae; T2 disc, T4 and T5 setae densely black; and T1 apex, T2 apical band, T3 entire and T6 basal tuft with dense yellowish setae. Head. Width behind eye 1.1 × width of pronotum. Frons, vertex and genal punctures dense to confluent. Mandible apex bidentate. Clypeus with preapical curved carina, ending anterad with weak lateral tubercle; basomedial portion with weak tubercle. Antennal scrobe with curved lateral carina. Genal carina weak, obscured by punctures and setae. F1 2.0 × pedicel length, F2 1.6 × pedicel length. Mesosoma. Length 1.25 × maximum width. Dorsum of mesosoma with coarse confluent punctures; weak interrupted carina separating dorsal and lateral surfaces of mesonotum. Side of mesosoma smooth with short setae. Mesopleural lamella with indistinct interrupted carina. Humeral carina simple. Scutellar scale nail-like, ~3 punctures wide, surrounded by few interconnected tubercles. Posterior propodeal face reticulate, lateral and posterior propodeal faces separated by row of teeth. Metasoma. S1 with longitudinal wave lamella. T2 felt line 0.35 × total length of T2. T6 with long triangular pygidium, with lateral carina; smooth throughout. DISTRIBUTION. Indonesia (Lombok). ETYMOLOGY. I am pleased to name this new species in honour of Alfred Wallace, the pioneering evolutionary biologist who collected many mutillids during his exploration of the Malay Archipelago in 1854-1862. Treat as noun in apposition. REMARKS. I place this species in the genus Krombeinidia because of the apical setal band on T2 and the shape and structure of the pygidial plate, despite the absence of basal setal spots on T2.

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2024-08-31
DOI
https://doi.org/10.5281/zenodo.14658627
Primary Topic
Fish Biology and Ecology Studies
Type
article
Field-Weighted Citation Impact
0.00
Controls
|||
ALL TIME
JAN
FEB
MAR
APR
MAY
JUN
JUL
AUG
SEP
OCT
article

Krombeinidia wallacei Lelej 2024, sp. n.

Zenodo (CERN European Organization for Nuclear Research)
Fish Biology and Ecology Studies
article

Krombeinidia wallacei Lelej 2024, sp. n.

article en

Abstract

Krombeinidia wallacei Lelej, sp. n. https://zoobank.org/NomenclaturalActs/ 47C7F018-7443-46D2-A9AE-C23A6D2AD343 Figs 15–17 MATERIAL EXAMINED. Holotype, ♀, Indonesia: Lombok, Lombok, near Senggigi, 450 m, forest, 8º28ʹ31.9ʺS 116º2,96ʹE, 18.V 2012 (MM) [IBSS]. Paratypes, Lombok, near Senggigi, 450 m, forest, 8º28ʹ31.9ʺS 116º2,96ʹE, 9.V 2012, 2♀ (MM); same place, 18.V 2012, 3♀ (MM) [IBSS]; W[est] Lombok, nr. Semaya, Kopi house, 29.X 1998, 1♀ (E. Eguchi) [SKYC]. DIAGNOSIS. FEMALE. T2 basally without setal spots. Pygidial area long triangular. MALE. Unknown. DESCRIPTION. FEMALE. Body length 4.4-7.2 mm. Head black, except antennal tubercle, clypeus and mandible partly reddish brown. Mesosoma and coxae ferruginous, remainder of legs brownish. Metasoma black, except T1 basally brownishred and S1 ferruginous. Body setae generally sparse and silvery, except frons black and mesosomal dorsum with reddish setae; T2 disc, T4 and T5 setae densely black; and T1 apex, T2 apical band, T3 entire and T6 basal tuft with dense yellowish setae. Head. Width behind eye 1.1 × width of pronotum. Frons, vertex and genal punctures dense to confluent. Mandible apex bidentate. Clypeus with preapical curved carina, ending anterad with weak lateral tubercle; basomedial portion with weak tubercle. Antennal scrobe with curved lateral carina. Genal carina weak, obscured by punctures and setae. F1 2.0 × pedicel length, F2 1.6 × pedicel length. Mesosoma. Length 1.25 × maximum width. Dorsum of mesosoma with coarse confluent punctures; weak interrupted carina separating dorsal and lateral surfaces of mesonotum. Side of mesosoma smooth with short setae. Mesopleural lamella with indistinct interrupted carina. Humeral carina simple. Scutellar scale nail-like, ~3 punctures wide, surrounded by few interconnected tubercles. Posterior propodeal face reticulate, lateral and posterior propodeal faces separated by row of teeth. Metasoma. S1 with longitudinal wave lamella. T2 felt line 0.35 × total length of T2. T6 with long triangular pygidium, with lateral carina; smooth throughout. DISTRIBUTION. Indonesia (Lombok). ETYMOLOGY. I am pleased to name this new species in honour of Alfred Wallace, the pioneering evolutionary biologist who collected many mutillids during his exploration of the Malay Archipelago in 1854-1862. Treat as noun in apposition. REMARKS. I place this species in the genus Krombeinidia because of the apical setal band on T2 and the shape and structure of the pygidial plate, despite the absence of basal setal spots on T2.

Zenodo (CERN European Organization for Nuclear Research)
Openalex Percentile: Top 65%
Fish Biology and Ecology Studies
AI Navigator

Ask Laika to Summarize, Analyze, and Connect papers live on the map.

Summarize Papers & Methodologies

Extract key findings, datasets, and comparative methods across publications.

Benchmark Rankings & Visual Analytics

Rank top research institutions, authors, funders, topics, and journals by Field-Weighted Citation Impact (FWCI) and paper volume with instant charts.

Connect Distant Disciplines

Bridge topological clusters on the map to find hidden collaborative intersections.