Tartamura huao, Bustamante & Ruiz, 2017
publication ID |
https://doi.org/ 10.11646/zootaxa.4362.3.1 |
publication LSID |
lsid:zoobank.org:pub:C6A07BEE-BA15-487F-BC2E-5E16556B9587 |
DOI |
https://doi.org/10.5281/zenodo.6028203 |
persistent identifier |
https://treatment.plazi.org/id/ACD9BAA4-B752-4EE1-ACF3-60C7BFBD4938 |
taxon LSID |
lsid:zoobank.org:act:ACD9BAA4-B752-4EE1-ACF3-60C7BFBD4938 |
treatment provided by |
Plazi |
scientific name |
Tartamura huao |
status |
sp. nov. |
Tartamura huao View in CoL sp. nov.
Figs 3 View FIGURE 3 , 8G View FIGURE 8 , 20‒21 View FIGURE 20 View FIGURE 21
Note. This species is mentioned as “cf. Arachnomura HTCHV” in Ruiz & Maddison (2015).
Type material. Male holotype (deposited in QCAZ, temporarily held at the UBC-SEM) and female paratype ( QCAZ, temporarily held at the UBC-SEM) from Yasuní Reserve Station Area, Station area (0.674°S, 76.397°W), 210‒280 m elev., Orellana, Ecuador, 8‒9.VIII.2011, W.P. Maddison, E. Piasick & M. Vega leg.
Etymology. The specific name is a noun in apposition, in reference to the Huao language, spoken by Waorani people who live near the type locality.
Diagnosis. Males of Ta. huao sp. nov. share with Ta. metzneri sp. nov. a triangular RvTA ( Figs 21A‒21C View FIGURE 21 ) and a long cymbial groove extending retrodorsally on the cymbium, but differ by the longer and strong RTA ( Fig. 21C View FIGURE 21 ). Females resemble those of Ta. adfectuosa by the abdominal dorsal pattern, but differ in where the ducts enter the spermathecae: anteriorly in Ta. adfectuosa ( Galiano 1977a: fig. 24), posteriorly in this species ( Figs 21D‒21E View FIGURE 21 ).
Description. Male (holotype). Total length: 3.34. Carapace 1.69 long, 1.11 wide, 0.69 high. Ocular quadrangle 1.04 long. Anterior eye row 1.00 wide and posterior 0.96 wide. Chelicera paturon with two promarginal teeth, the distal one tricuspid, and two retromarginal teeth, the proximal one tricuspid. Length of femur: I 1.13, II 0.77, IV 0.96 (no leg III); patella + tibia: I 1.77, II 1.04, IV 1.23; metatarsus + tarsus: I 1.17, II 0.79, IV 1.04. Leg formula: both leg III are lost, but if the species follows the typical thiodinine male leg pattern, it will be 1423. Leg spination: femur I‒II d1-1-1, p0, r0; III unknown; IV d1-1-1, p0, r0; patella I, II and IV 0; tibia I p0, r0, v2 *-0-2a- 2a; II p0, r0, v1 r-2a*-1r; III unknown; IV p0 (p0-0-1 right), r0 (r0-1-0 right), v2 adi; metatarsus I‒II v2-2; III unknown; IV p2di, r1di, v1 rdi. Palp ( Figs 21A‒21C View FIGURE 21 ): tibia wider than long; RTA triangular and strongly curved; both palps are expanded, but from the cymbial groove it is possible to suppose that the embolus passes retrodorsally on the cymbium (slightly longer than 2T before curling away from the tegulum; Fig. 21C View FIGURE 21 ). Color in alcohol: As in Ta. agatelin sp. nov.
Female. Total length: 3.24. Carapace 1.44 long, 0.90 wide, 0.57 high. Ocular quadrangle 0.90 long. Anterior eye row 0.90 wide and posterior 0.87 wide. Chelicera paturon with one tricuspid promarginal tooth and three retromarginal teeth. Length of femur: I 0.81, II 0.65, III 0.67, IV 0.86; patella + tibia: I 1.21, II 0.84, III 0.81, IV 1.15; metatarsus + tarsus: I 0.88, II 0.67, III 0.81, IV 0.98 Leg formula: 4132. Leg spination: femur I‒IV d1-1-1, p0, r0; patella I‒IV 0; tibia I p0, r0, v2 a-2a-2a (v2-2 a-2a right); II p0, r0, v1 r-1r-1r; III p0, r0-1-0, v0; IV p0, r0-1-0, v1 pdi; metatarsus I v2-2; II p1di, r0, v2-2; III p2di, r1di (r2di right), v0; IV p2di, r2di (r1di right), v0. Epigyne ( Figs 21D‒21E View FIGURE 21 ): posterior edge slightly bilobed, copulatory openings medially placed. Color in alcohol: As in male, but sides of the abdomen with a pair of white spots, venter of abdomen white. Same color pattern on metatarsus I ( Fig. 20 View FIGURE 20 ).
Distribution. Only known from Yasuní, Ecuador.
Natural history. Types were collected in clearings at forest edge.
QCAZ |
Museo de Zoologia, Pontificia Universidad Catolica del Ecuador |
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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