Uduba goodmani, Griswold & Ubick & Ledford & Polotow, 2022
publication ID |
https://doi.org/10.5281/zenodo.13158554 |
publication LSID |
lsid:zoobank.org:pub:74E0D22E-9890-4FF0-80AB-8FCBBA976B2F |
DOI |
https://doi.org/10.5281/zenodo.13160585 |
persistent identifier |
https://treatment.plazi.org/id/775E6518-0481-40E3-A112-A0519FA0B787 |
taxon LSID |
lsid:zoobank.org:act:775E6518-0481-40E3-A112-A0519FA0B787 |
treatment provided by |
Felipe (2024-08-01 19:09:06, last updated 2024-08-02 01:25:09) |
scientific name |
Uduba goodmani |
status |
sp. nov. |
Uduba goodmani View in CoL , new species
Figures 7 D View FIGURE , 20 F View FIGURE , 77 A–C View FIGURE , 80 E, F View FIGURE , Maps 6, 16.
Type material. Holotype female from camp 5 at 1875m elevation in Réserve Naturelle Intégrale d’Andohahela (24º33.7ʹS, 46º43.3ʹE), Toliara Province, Madagascar, collected 27 November–5 December 1995 by S. Goodman (SG1995-01) ( CASENT9006074 ), deposited in FMNH . Paratype female ( CASENT9009538 ) from montane rainforest at 900m elevation at Col du Sedro in Parc National d’Andohahela (24°45ʹ50ʺS, 46°45ʹ6ʺE), Toliara Province, Madagascar, collected 21–25 January 2002 by the Fisher-Griswold Arthropod Team, deposited in CAS GoogleMaps .
Etymology. The species epithet is a patronym in honor of Steve Goodman, naturalist, author, collector and mammologist who has made substantial contributions to our knowledge of Madagascar biodiversity.
Diagnosis. Uduba goodmani belong to Group II, the Epigynum lateral projection group, or Uduba evanescens group (Map 16). They are ecribellate. Females can be distinguished from those of other Uduba species by the form of the female genitalia ( Figs. 77 A–C View FIGURE . 80 E, F View FIGURE ): epigynal plate a broad oval, width 1.50 times length, lateral lobes with convex edges forming ridges on each side ( Fig. 80 E View FIGURE ); vulva broad, width one and-a-half times length with spermathecal ducts characteristic, forming one and-a-half loose, transverse loops ( Fig. 80 F View FIGURE ), copulatory duct lateral and extending mesally to lead to posterior, widely spaced fertilization ducts. Males are unknown.
Description. Male: Unknown. Female (Holotype): Total length 16.43. Markings as in Fig. 7 D View FIGURE . Carapace 8.50 long, 5.71 wide, 3.50 high; clypeus 0.43 high. Eye diameters: AME 0.27, ALE and PME 0.36, PLE 0.38. Chelicerae 3.79 long; sternum 3.71 long, 2.79 wide; labium 1.82 long; palpal coxae 2.82 long. With a colulus ( Fig. 20 F View FIGURE ). Spination: palpus–femur d0-1-1, p0-0-1, patella p1-0, tibia p2-1, tarsus p2-1, r1-0-0; leg I–femur d1-0-0, p0-0-1, tibia v2-2-2-0, metatarsus v2- 2-3; leg II–femur d1-0-0, p0-0-1, tibia p0-0-1-0, v1-1-1-0, metatarsus v2-2-3; leg III–femur d0-0- 0-1, p1-1-0-0-2, r1-1-0-1, tibia d0-1-0, p0-1-1-0, v1-2-0, r0-1-1-0, metatarsus p1-1-2, v2-2-2, r1- 1-2; leg IV–femur d1-0-1-0, tibia v1-1-2, metatarsus p0-0-2-2, v2-1-2-2, r1-2-2. Scopulae: strong ventral beneath all tarsi and metatarsi and beneath tibiae I and II. Leg measurements (paratype, CASENT9009538): I: 4.20 + 2.00 + 3.60 + 3.10 + 2.00 = 14.90; II: 3.90 + 2.00 + 3.10 + 2.90 + 1.90 = 13.80; III: 3.20 + 1.50 + 1.90 + 2.80 + 1.55 = 10.95; IV: 4.20 + 1.80 + 3.60 + 4.10 + 1.90 = 15.60; palpus: 2.10 + 1.00 + 1.10 + NA + 1.80 = 6.00. Leg formula 4123. Female genitalia (holotype): epigynal plate without depressed atrium, lateral lobes extending to sides forming blunt, earlike lobes ( Figs. 77 A, C View FIGURE ), plate width 1.63 times length; width between bases of LL 0.72 times epigynum width; lateral ears short and blunt ( Fig. 80 E View FIGURE ), arising near epigastric furrow, lateral ears (LL side) width 0.75 times LL side length, (LL side) width 0.16 times width epigynum; median lobe a flat plate, each side with an oblique bulge where copulatory openings are found, ML width 0.64 times epigynum width, 1.36 times ML length, CO origin at 0.485 epigynum length from epigastric furrow, distance between copulatory openings 0.41 times epigynum width. Vulva ( Fig. 77 B View FIGURE ) with copulatory ducts lateral, median to these spermathecal ducts forming a single longitudinal loop ( Fig. 80 F View FIGURE ), vulva length 0.53 times width, fertilization ducts widely separated, vulva width only 3.21 times distance between FD.
Variation. (N=2): Carapace length / width = 1.49–1.51, carapace height / width = 0.61–0.64, PER / carapace width = 0.45–0.69, PER/OAL = 2.70–2.90, PER/AER = 1.30–1.32, OAL/OQL = 1.00–1.25, OQP/ OQA = 1.07–1.18, clypeus height / AME = 1.60–1.75, cheliceral length / clypeus height = 7.71–8.83, sternum length / width = 1.22–1.33, palpal coxa length / width = 2.11–2.39, femur I length / carapace width = 1.08–1.14, metatarsus I length / carapace width = 0.58–0.79, femur IV length / carapace width = 1.08–1.09, palpal tarsus length / carapace width = 0.44–0.46, palpal tibia length / palpal patella length = 1.59–1.80, palpal tarsus length / palpal tibia length = 1.40–1.64, palpal tarsus length / palpal femur length = 0.80–0.86, palpal tibia length / palpal patella length = 1.10–1.14. Epigynal plate ( Figs. 77 A, C View FIGURE , 80 E View FIGURE ) width 1.50–1.63 times length, width between bases of LL 0.72–0.75 times epigynum width, CO origin at 0.43–0.48 epigynum length from epigastric furrow, distance between copulatory openings 0.33–0.41 times epigynum width; vulva ( Figs. 77 B View FIGURE , 80 F View FIGURE ) with spermathecal ducts forming one and-a-half loose, transverse loops, vulva length 0.53–0.64 times width, fertilization ducts widely spaced, vulva width 2.58–3.21 times distance between FD.
Material examined. MADAGASCAR: Toliara Province: Réserve Naturelle Intégrale d’Andohahela , 20.0 km SE Andranondambo, camp 5, 24º33.7ʹS, 46º43.3ʹE, elev. 1875m, 27 November– 5 December 1995, S. Goodman [SG1995-01] (Holotype, CASENT9006074 , 1♀, FMNH) ; Parc National d’Andohahela, Col du Sedro , 3.8 km 113°ESE Mahamavo, 37.6 km 341°NNW Tolagnaro, 24°45ʹ50ʺS, 46°45ʹ6ʺE, montane rainforest at 900m elevation, general collecting ground spiders, 21–25 January 2002, Fisher-Griswold Arthropod Team (Paratype, CASENT9009538 , 1♀, CAS) GoogleMaps .
Natural history. Collection data suggest that the species Uduba goodmani occurs in montane rain forest.
Distribution. Uduba goodmani are known only from two nearby localities on mountains at Andohahela in far southeastern Madagascar (Maps 6, 16).
FIGURE 7. Habitus photos of Uduba spp., females, dorsal views. A. U. pseudoevanescens, CASENT9006007, from Forêt Marovato, MNHN Paris. B. U. evanescens (Dahl, 1901), CASENT9006090 from Ranomafana National Park. C. U. volana, Holotype (CASENT9006072) from 1400m elevation at Ambohimanga. D. U. goodmani, Holotype (CASENT9006074) from Réserve Naturelle Intégrale d’Andohahela. E. U. salegy, Paratype (CASENT9006045) from Parc National Montagne d’Ambre. F. U. ibonia, CASENT9006033 from Ranomafana National Park. G. U. schlingeri, CASENT9006075 from Parc National Ranomafana. H. U. barbarae, paratype (CASENT9006064), from Lokobe Forest on the island of Nosy Be. I. U. kavanaughi, paratype (CASENT9003517) from Parc National Ranomafana. J. U. woodae, paratype (CASENT9017834) from spiny forest at Lake Ranobe. K. U. woodae, CASENT9006092 from Ambovombe, Carougeau, Muséum Paris. L. U. madagascariensis (Vinson, 1863), CASENT9006029, from forest near village of Ambohimanga. Scale bars (see A, I) = 5 mm.
FIGURE 20. Uduba spp., females: cribellum or colulus, and base of anterior lateral spinnerets surrounded by soft, flexible cuticle, anterior to top. A. U. halabe, CASENT9017873 from Parc Nacional Ranomafana, entire cribellum. B. U. ibonia, CASENT9006035 from Parc Nacional Ranomafana, divided cribellum (note small size of spinning plates). C. U. pseudoevanescens, CASENT9006008 from Parc Nacional Périnet, divided cribellum. D. U. evanescens (Dahl, 1901), CASENT9024032 from Parc Nacional Ranomafana, colulus. E. U. madagascariensis (Vinson, 1863), CASENT9006028 from Forêt Analavelona, colulus. F. U. goodmani, holotype (CASENT9006074) from Réserve Naturelle Intégrale d’Andohahela, colulus. G. U. schlingeri, CASENT9006028 from Parc Nacional Ranomafana, divided cribellum (note large size of spinning plates at posterior margin of soft cuticle). Illustrations by Charles Griswold. Scale bar = 1.0 mm.
FIGURE 77. Uduba spp., female genitalia drawings. A–C. U. goodmani, new species. A, B. Paratype female (CASENT9009538) from montane rainforest at 900m elevation at Col du Sedro in Parc National d’Andohahela. C. Holotype (CASENT9006074) from camp #5 at 1875m elevation in Réserve Naturelle Intégrale d’Andohahela. D–F. U. volana, new species, holotype (CASENT9006072) dug from a burrow at 1400m elevation at Ambohimanga. A, C, D, E. Epigynum, ventral. B, F. Vulva, dorsal. Illustrations C–D by Jenny Speckels, A–B, E–F by Charles Griswold. BS, base of spermatheca of vulva; CD, copulatory ducts of vulva; CO, copulatory openings of epigynum; EF, epigastric furrow of abdomen; FD, fertilization duct of vulva; HS, head of spermatheca of vulva, including spermathecal poreplate; LL, lateral lobe of epigynum; LP, lateral process of epigynum; ML, median lobe of epigynum. Scale bar = 0.5 mm.
FIGURE 80. Uduba spp., ♀ genitalia. A, B. U. schlingeri, new species, CASENT9006075 from Vatoharanana, Ranomafana National Park. C. U. madagascariensis (Vinson, 1863), CASENT9006029 from forest near Ambohimanga Village. D. U. woodae, new species, CASENT9006092 from Ambovombe, Carougeau, MNHN, Muséum Paris. E, F. U. goodmani, new species, Holotype (CASENT9006074), from Réserve Naturelle Intégrale d’Andohahela. G. U. evanescens (Dahl, 1901) CASENT9006083 from Forêt Ambohimasoa. H, I. U. valiha, new species, Paratype (CASENT9006071) from Massif Andringitra. J. U. pseudoevanescens, new species, CASENT9006007 from Forêt Marovato. A, E, H. Epigynum, ventral. B–D, F, G, I, J. Vulva, dorsal. At, atrium of epigynum; BS, base of spermatheca of vulva; CO, copulatory openings of epigynum; EF, epigastric furrow of abdomen; FD, fertilization duct of vulva; HS, head of spermatheca of vulva, including spermathecal poreplate; LL, lateral lobe of epigynum; LP, lateral process of epigynum; ML, median lobe of epigynum. Scale bars = A, B = 0.5 mm, C–J = 0.25 mm.
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