Orthobula quadrinotata, Deeleman-Reinhold, Christa, 2001
publication ID |
https://doi.org/ 10.5281/zenodo.814704 |
DOI |
https://doi.org/10.5281/zenodo.5575645 |
persistent identifier |
https://treatment.plazi.org/id/03B3FE72-C91D-FFC3-6423-8C9CDE41F974 |
treatment provided by |
Jeremy |
scientific name |
Orthobula quadrinotata |
status |
sp. nov. |
Orthobula quadrinotata sp. n. ( figs 700-704 View Figs 697 - 699 , map 36 View Map 36 )
Type locality. — Indonesia, SE Sulawesi.
Material examined. — Holotype ♂ from the type locality, 40 km W of Kendari, Sampara, secondary forest litter , 12.viii. 1980, P.R. and C.L. Deeleman; paratypes: 2 ♂ 2 ♀, same data .
Other material. — C Kalimantan, Kaharian , 2°02'S, 113°40'E, primary peat swamp forest, 1 ♀, leaf litter, 2-16.ix. 1985, S. Djojosudharmo. GoogleMaps
Diagnosis. — A close relative of impressa , trinotata and bilobata . O. quadrinotata differs from trinotata by the presence of three anterior dark marks on a creamy white background on the abdomen in addition to a large broad posterior one, further by the shorter more compact embolus with proximal hook as in bilobata ; from crucifera by the proximal hook on the embolus and in the epigyne by the conspicuous komma-shaped ducts in front of the spermathecae, reminiscent of that in bilobata . A clearly smaller and lighter species than bilobata , distinct from that species by the tegulum being less expanded and from bilobata and yaginumai by the presence of a long spine adjacent to the tibial apophysis; from yag inumai also by the dorsal abdominal pattern and the spine at the tibial apophysis.
Description. — MALE. Total length 1.90 mm. Carapace length 0.95 mm, width 0.75 mm, height at coxae II 0.30 mm, head width 0.45 mm, width eye region 0.30 mm; abdomen 0.80 mm long, 0.70 mm wide. Leg lengths: leg I 2.25 mm (0.60-0.85-0.45-0.35), leg II 1.65 mm (0.50-0.55-0.35-0.25), leg III 1.60 mm (0.50-0.55-0.30-0.25), leg IV 2.25 mm (0.60-0.75-0.65-0.25), palp 0.25-0.15- 0.12-0.45 mm. Carapace and mouthparts deep orange, femora orange, rest of legs uniform pale yellow, abdomen predominantly creamy white, with dark grey rear part and additionally three dark grey spots on the anterior median and lateral sides as in fig. 700 View Figs 697 - 699 ; in dark specimens the grey area is extended over the flanks of the abdomen. Carapace with smooth median band, rows of large round depressions towards the sides, sternum with some round impressions. ALE a little larger AME, AME slightly separated, adjacent to ALE; PME separated by a little less than their d, almost adjacent to PLE. Leg spination: tibiae I with 6pv and 5rv, tibia II with 5pv and 4rv or 5rv; metatarsus I and II with 2-2-2-2v, tarsus I and II with 2- 2v. Abdomen shiny, dorsally entirely covered by scutum, ventrally an epigastric and a partial postgenital scutum. Palp figs 701-702 View Figs 697 - 699 , tibial apophysis accompanied by a long spine; tegulum slightly bilobed posteriorly, maximal width about 2 x that of cymbium.
FEMALE. Total length 2.15 mm. Carapace length 1.00 mm, width 0.80 mm, head width 0.50 mm, eye group width 0.30 mm; abdomen 1.05 mm long, 0.80 mm wide, epigynal plate 0.25 mm wide, 2.5 mm long. Leg lengths: leg I 2.40 mm (0.65-0.90-0.55-0.30), leg II 2.15 mm (0.65-0.75-0.50-0.25), leg III 1.80 mm (0.55-0.60-0.45-0.20), leg IV 2.55 mm (0.75-0.85-0.60-0.35), palp 0.30-0.12-0.14- 0.22 mm. Carapace, eyes, mouthparts and legs as in male. Abdomen colouration as male. Epigyne ( fig. 703 View Figs 697 - 699 ) characterized by conspicuous komma-shaped openings annex ducts; surface showing a round depression in that area. Vulva ( fig. 704 View Figs 697 - 699 ) with large membranous bursae, issued from a chitinous coiled base situated between openings and spermathecae.
Distribution. — Indonesia. Found in SE Sulawesi and C Kalimantan.
Etymology. — In analogy with Orthobula trinotata , this species is called quadrinotata , composed of Latin quadri- = four, notata = markings.
No known copyright restrictions apply. See Agosti, D., Egloff, W., 2009. Taxonomic information exchange and copyright: the Plazi approach. BMC Research Notes 2009, 2:53 for further explanation.
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