Hovops Benoit is a heterogeneous genus of selenopid spiders represented by six known species endemic to Madagascar. After examining sizeable collections of Selenopidae from the Afrotropical Region especially, from Madagascar, we here propose new diagnostic characters for Hovops and describe three new species: H. betsileo sp. n. (both sexes) from Toamasina Province, H. lidiae sp. n. (both sexes) from Fianarantsoa Province, and H. merina sp. n. (female only) from Antananarivo Province. The male of H. madagascariensis (Vinson) is described for the first time, and new records of this species are also provided. An identification key to the species in this genus is proposed.
The Madagascan selenopid fauna promises to be very diverse. After the end of the 19th century, following the original documentation of species from the island, little new information was gathered for a long period, but in recent years there has been a considerable increase in the knowledge of these spiders, represented by new records of known species, descriptions of new living and fossil species, and nomenclatural and taxonomical changes including the description of a new genus in the family (Corronca 1998a, 2002, 2003, 2005; Bosselaers 2004; Penney et al. 2005). To date, all the valid Selenopidae genera except Siamspinops Dankittipakul & Corronca, 2009 have been recorded for Madagascar, including the following species: Anyphops benoiti Corronca, 1998; Garcorops madagascar Corronca, 2003; G. paulyi Corronca, 2003; G. jadis Bosselaers, 2004 (fossil); Selenops ivohibe Corronca, 2005; S. vigilans Pocock, 1898; and the six endemic species of Hovops. This last genus was proposed by Benoit (1968) when he made a taxonomic rearrangement of all known Afrotropical selenopids, to include an endemic species group of Malagasy selenopid species called the “Species Group C” of Selenops by Simon (1897). This species group was represented by S. pusillus Simon, S. legrasi Simon, and S. modestus Lenz. The characters considered diagnostic by Benoit (1968) correspond to those described by Simon (1897) for his species group, with some modifications. The species included by Benoit in his genus were: Hovops pusillus (Simon, 1887) (type species) (male and female); H. dufouri (Vinson, 1863) (female); H. legrasi (Simon, 1887) (male and female); H. madagascariensis (Vinson, 1863) (female); H. mariensis (Strand, 1908) (female) and H. modestus (Lenz, 1886) (male). The inclusion of H. dufouri in this genus was possibly a mistake, because the name of this species had been considered a junior synonym of S. radiatus by Simon (1881).
Many aspects of the biology of the genus and species, and details of the genitalia of the males and the females of these spiders, have been unknown until now. The opportunity to revise material obtained by large collections made in the last 20 years on Madagascar by American and European arachnologists permits us to enlarge the diagnosis of this genus, to propose an identification key to the species of Hovops, and to describe three new species and the male of H. madagascariensis for the first time.
MATERIAL AND METHODS
Specimens used in this study were provided by the following institutions, whose curators are thanked: CASC — California Academy of Sciences, San Francisco, USA (Dr C. Griswold) and MRAC — Museé Royale de l'Afrique Centrale, Tervuren, Belgium (Dr R. Jocqué). The palps of the males and the epigynes of the females were dissected in alcohol and cleared in lactic acid (90 %) for 15–20 min in a double boiler. The format of the abbreviations, the spine formulae and the terminology used to describe the male and female genitalia follow those proposed by Corronca (1998b). All measurements are in millimetres. The specimens were examined, and outstanding characters were photographed, through a Nikon Coolpix S10 digital camera mounted on an Olympus stereomicroscope and assembled using Adobe Photoshop CS2 software.
Abbreviations used are as follows: ALE — anterior lateral eyes, ALS — anterior lateral spinneret, AME — anterior median eyes, AMS — major ampullate spigots, BCC — basal cymbial concavity, C — conductor, CD — copulatory duct, CO — copulatory openings, d — dorsal, DCS — dorsal cymbial scopulae, E — embolus, EP — secondary epigynal pockets, FD — fertilization duct, Fe — femur, LL — lateral lobe, MA — median apophysis, MF — middle field of epigyne, Mt — metatarsus, Pat+Tib — Patella+Tibia, PLE — posterior lateral eyes, PLS — posterior lateral spinneret, PMA — paramedian apophysis, PME — posterior median eyes, PMS — posterior median spinneret, pr — prolateral, rt — retrolateral, RTA — retrolateral tibial apophysis, S — spermathecae, Ta — tarsus, Tib — tibia, — ventral, VTA — ventral tibial apophysis.
Family Selenopidae Simon, 1897
Genus Hovops Benoit, 1968
Type species: Selenops pusillus Simon, 1887.
Diagnosis: The revision of a considerable number of specimens of this genus makes it possible for us to add new diagnostic characters to those already proposed by Benoit (1968). This genus can be distinguished from other selenopids by the presence of iridescent rounded or sub-triangular scale-like hairs covering the entire body below short setae; prosoma wider than long; AME>PME to nearly double in some species (Fig. 1E); ALE similar or larger than PME; PLE almost 1.5× larger than the AME and sternum longer than wide, not circular (Fig. 2C). Fe I–III with d1.1.0 spines, tibiae and metatarsi with ventral spines that can be paired or not. When paired, with Tib I–II with v2.2.2 or v2.2.1 and Mt I–II with v2.2.0 (Fig. 1M); when unpaired, Tib I–II with 9 (4 proventral and 5 retroventral), 10 (4–6) or 11 (4–7) ventral spines (Fig. 1N), and Mt I–II with v2.2.2, in few cases v2.2.0 paired spines. Males usually with more spines than females. Second pair of legs longer than fourth; first usually shortest. Chelicerae with 3 or 4 prolateral and 2–4 retrolateral teeth on cheliceral furrow, uncommonly 3 or 2 teeth. Palp of male with a large and twisted (Fig. 2G), or short and curved, sclerotized RTA (Figs 3B, 4C); embolus long and slender; broad, thickly sclerotized and hyper-developed sickle-shaped conductor, with sharp or hooked terminal ends, and single and large MA, surrounded by broad-based PMA (Figs 2H, 3D, 4D). Epigyne of female with MF as a plate (Fig. 2E), in some cases as a shallow mesial depression (Fig. 4E), with distinct and usually cordiform-shaped lateral lobes, broadly separated (Figs 2E, 4E) or near to posterior midline (Figs 3F, 5D); epigyne with shallow secondary epigynal pockets (Fig. 2E) and complex spermathecae. Posterior median spinnerets with three major ampullate spigots and posterior lateral spinnerets with two (Fig. 1F).
Comparison: Hovops can be distinguished from other genera of Selenopidae by the presence of iridescent scale-like hairs covering the entire body (Fig. 5C); the presence of AME>PME (Figs 1A–E); the particular formula of the spines on the femur, anterior tibiae and metatarsi (Figs 1G–N); the oval sternum (Fig. 2C); and the number of major ampullate spigots on the spinnerets.
The males of Hovops share with those of Selenops, Garcorops and Siamspinops the presence of a long and filiform embolus covering almost one turn of the bulb, but differ from them by the shape of the conductor and the MA (Figs 2H, 3B, 4D). The presence of a PMA (Fig. 2H) is shared with some species of Anyphops and Garcorops, but in Hovops this is smaller, sub-circular, high and sclerotized. The presence of a well-developed dorsal cymbial scopulae (Fig. 2G) is shared with some species of Anyphops, while the presence of a basal cymbial concavity (Fig. 2H) is observed not only in that genus, but also in Garcorops.
The general shape of the female epigyne, usually as a medial sclerite with distinguishable lateral lobes, is shared with Selenops females, and some species of Garcorops and Anyphops. The presence of secondary epigynal pockets (Fig. 2E) is a character that also appears in females of Siamspinops and Selenops, but in Hovops they are generally in the middle portion of the epigyne as in Siamspinops. The presence of anterior copulatory openings (Fig. 2E) is shared with Garcorops, and some species of Selenops and Anyphops, but the shape of the long, wide and usually well developed copulatory ducts (Fig. 2F) is characteristic of Hovops females.
Hovops betsileo sp. n.
Etymology: The specific name is dedicated to the Betsileo ethnic group living in the high mountains of Madagascar, the third largest ethnic group in numbers. The term means “those who are not overcome”.
Diagnosis: H. betsileo sp. n. differs from its congeners by the particular shape of the sigmoid RTA (Figs 2G, 2H), and the VTA with a notch in the middle of the ventral border (Fig. 2G). AM (Fig. 2H) similar to that of H. lidiae sp. n. (Fig. 3B), but in the latter species it is more rounded and shorter than in H. betsileo sp. n. Females are distinguished by the shape of the middle field (Fig. 2E), the wide separation and the shape of the lateral lobes of the epigyne (Fig. 2F).
Total body length 5.00. Prosoma 2.49 long, 2.93 wide. Opisthosoma 2.51 long, 1.89 wide. Eye diameter and interdistances: AME 0.14, ALE 0.11, PME 0.11, PLE 0.23, AME—AME 0.20, AME—ALE 0.39, AME—PME 0.14, PME—PME 0.73, PME—PLE 0.32, PLE—PLE 1.47, ALE—ALE 1.22. Leg formula: 2314. Leg measurements: I — Fe 3.40, Pat+Tib 4.60, Mt 2.90, Ta 1.30, total 12.20; II — 4.30, 5.50, 3.60, 1.60, total 15.00; III — 4.10, 4.40, 2.90, 1.30, total 12.70; IV — 3.40, 4.10, 2.90, 1.30, total 11.70. Leg spination: Fe I d1.1.0, rt1.1.0, II d1.1.0, pr1.1.0, rt1.1.0, III d1.1.0, rt1.1.0, IV d1.1.0; Tib I v220.127.116.11, II–IV no spines; Mt I–IV no spines. Prosoma pale yellow-brown with long scaly hairs. Opisthosoma and legs yellow-brown. Dorsal portion of opisthosoma pale grey with colour pattern (Fig. 2A), flanks and terminal portion whitish with overlapping scale-like hairs accompanied by a few short and dark setae, more numerous over prosoma. Cheliceral furrow with 4.4 teeth on right chelicerae and 3.3 on left. Palp as in Figs 2G, 2H.
Total body length 6.57. Prosoma 3.40 long, 3.49 wide. Opisthosoma 3.53 long, 2.58 wide. Eye diameter and interdistances: AME 0.12, ALE 0.10, PME 0.10, PLE 0.20, AME–AME 0.16, AME–ALE 0.43, AME–PME 0.15, PME–PME 0.73, PME–PLE 0.38, PLE–PLE 1.48, ALE–ALE 1.32. Leg formula: 2?341. Leg measurements: I — Fe 3.00, Pat+Tib 3.80, Mt 1.80, Ta 0.90, total 9.50; II — missing, III — 3.40, 3.90, 2.10, 0.90, total 10.30, IV — 3.40, 3.80, 2.10, 0.90, total 10.20. Leg spination: Fe I pr1.0.0, d1.1.0, II missing, III–IV d1.1.0; Tib I v2.2.1 (Fig. 2D), II missing, III–IV v1.0.0; Mt I v2.2.0, II missing, III–IV no spines. Prosoma light reddish brown, legs and opisthosoma pale yellow-brown. Body covered with feathery and scale-like hairs with abundant short setae over prosoma and legs, less abundant over opisthosoma. Chelicera furrow with 4.4 teeth (Fig. 2C). Habitus (Fig. 2A), some somatic characters (Figs 2B–D), and epigyne and vulva as in Figs 2E, 2F.
Holotype: ♂ MADAGASCAR: Toamasina Prov.: Foulpointe, forêt sur argile, tamisage litiere, 7.xii.1993, A. Pauly (MRAC 200.451).
Paratype: ♀ same data as holotype (MRAC 200.203).
Distribution: Known only from the type locality.
Hovops lidiae sp. n.
Etymology: The specific name is dedicated to Lidia, the mother of the second author.
Diagnosis: Females of H. lidiae sp. n. can be confused with females of H. merina sp. n., but differ by the shape of the middle field of the epigyne (Fig. 3F), which is sub-circular in H. merina sp. n. (Fig. 5D). On the other hand, the shape of the copulatory ducts is more or less similar in its tracks, but their first portion is different (Fig. 3G). The copulatory ducts turn over the head of the spermatheca, leaving one portion without cover (Fig. 3G), in contrast to what occurs in H. merina sp. n. (Fig. 5E).
Total body length 7.53. Prosoma 3.82 long, 4.51 wide. Opisthosoma 3.71 long, 2.81 wide. Eye diameter and interdistances: AME 0.21, ALE 0.15, PME 0.16, PLE 0.26, AME—AME 0.32, AME—ALE 0.50, AME—PME 0.09, PME—PME 0.85, PME—PLE 0.45, PLE—PLE 2.06, ALE—ALE 1.72. Leg formula: 2413. Leg measurements: I — Fe 6.50, Pat+Tib 8.60, Mt 6.10, Ta 2.30, total 23.50, II — 7.80, 9.50, 6.70, 2.20, total 26.20; III — 7.20, 8.40, 5.70, 2.10, 23.40 total, IV — 7.40, 8.20, 6.20, 2.10, total 23.90. Leg spination: Fe I d1.1.0, pr1.0.0, II d1.1.0, rt1.1.0, III–IV d1.1.0; Tib I v18.104.22.168.1, rt1.0.0, II v22.214.171.124 (Fig. 3E), rt1.0.0, III v2.2.0; Mt II–III v1.0.0; Tib IV and Mt I & IV no spines. Prosoma pale red-brown with long, light, feathery hairs, and sparse small scale-like hairs. Legs pale yellow-brown. Opisthosoma yellow with light and undifferentiated grey pattern (Fig. 3A), with overlapping scale-like hairs accompanied by few and short setae. Chelicera furrow with 3.3 teeth on right chelicera, and 3.4 on the left. Some somatic characters and palp as in Figs 3B–E.
Total body length 9.09. Prosoma 4.20 long, 4.88 wide. Opisthosoma 4.89 long, 2.73 wide. Eye diameter and interdistances: AME 0.21, ALE 0.18, PME 0.17, PLE 0.22, AME—AME 0.29, AME—ALE 0.64, AME—PME 0.16, PME—PME 0.99, PME—PLE 0.65, PLE—PLE 2.43, ALE—ALE 2.02. Leg formula: 2431. Leg measurements: I — Fe 4.70, Pat+Tib 5.80, Mt 3.40, Ta 1.40, total 15.30, II — 5.20, 6.40, 3.70, 1.50, total 16.80; III — 5.10, 5.80, 3.50, 1.50, 15.90 total, IV — 5.20, 5.80, 3.50, 1.60, total 16.10. Leg spination: Fe I vd1.1.0, pr1.1.0, II–IV d1.1.0; Tib I–II v2.2.1, III v1.1.0, IV no spines; Mt I–II v2.2.0, III v1.1.0 (prolateral row) v0.0.0 (retrolateral row), IV no spines. Colour and other somatic characters similar to those of male. Cheliceral furrow with 3.2 teeth. Habitus, epigyne and vulva as in Figs 3A, 3F, 3G.
Holotype: ♂ MADAGASCAR: Fianarantsoa Prov.: Talatakely, 21°14.9′S:47°25.6′E, 19–30.iv.1998, N. Penny, C. Griswold, D. Kavanaugh, M. Raherilalao, J. Ranorianarisoa, J. Schweikert & D. Ubick (CASC).
Paratypes: 2♂ 1♀ 2 immatures, same data as holotype (CASC).
Other material examined: MADAGASCAR: Fianarantsoa Prov.: 1♂ Ranomafana N.P., 21°12′S:47°27′E, v.1992, V. & B. Roth, S. Kariko (CASC); 1♂ Talatakely, 21°14.9′S:47°25.6′E, at night, 19–30.iv.1998, C. Griswold et al. (CASC).
Remark: The male holotype corresponds to the largest specimens of the type series.
Hovops madagascariensis (Vinson, 1863)
Hovops madagascariensis: Benoit 1968: 117.
Diagnosis: Males of H. madagascariensis are distinguished from other species by the particular shape of the RTA (Fig. 4C), the short AM with wider base (Fig. 4D), and the end of the conductor very sclerotized, pointed and curved (Figs 4C, 4D). Females are characterized by the shape of the epigyne, with widely separated lateral lobes in the anterior portion (Fig. 4E), and the middle field of the epigyne being a smooth cavity; the anterior copulatory openings; and the complex and multilobulated spermathecae (Fig. 4F).
Male (MRAC 208.445).
Total body length 13.41. Prosoma 5.71 long, 6.26 wide. Opisthosoma 7.70 long, 4.73 wide. Eye diameter and interdistances: AME 0.25, ALE 0.21, PME 0.20, PLE 0.34, AME—AME 0.37, AME—ALE 0.79, AME—PME 0.19, PME—PME 1.21, PME—PLE 0.73, PLE—PLE 2.93, ALE—ALE 2.45. Leg formula: 2431. Leg measurements: I — Fe 6.90, Pat+Tib 9.50, Mt 6.50, Ta 2.40, total 25.30, II — 8.50, 10.40, 7.50, 2.50 total 28.90; III — 8.20, 9.80, 6.70, 2.20, 26.90 total, IV — 8.20, 9.70, 7.30, 2.30, total 27.50. Leg spination: Fe I d1.1.0, pr1.0.0, rt1.1.1, II d1.1.1, pr1.1.1, rt1.1.1, III d1.1.1, pr1.1.0, rt1.1.1, IV d1.1.0, pr1.1.0, rt1.1.1; Tib I–II d0.1.0, v2.2.2, rt1.1.0, III pr1.1.0, v2.2.2, rt1.1.0, IV pr1.1.0, v2.2.0, rt1.1.0; Mt I d1.0.0, v2.2.0, rt1.0.0, II pr1.0.0, v2.2.0, rt1.0.0, III pr1.0.0, v2.2.0, rt1.0.0, IV v2.1.0, rt1.0.0. Prosoma reddish brown, legs brown, opisthosoma yellowish brown with a central colour pattern with dorsal grey lines on the flanks. Cheliceral furrow with 3.3 teeth. Palp and tibia and metatarsal spination as in Figs 4C, 4D & 4H.
Female. Was described by Vinson (1863) as “a very common species found in Madagascar, especially in human dwellings in Tananarive”. Habitus, some somatic characters and the epigyne and vulva as in Figs 4A, 4B & 4E–G.
Variation: Some male specimens show a lighter colour pattern that is repeated in the sclerotization of the bulb and tibial apophysis.
Material examined: MADAGASCAR: Antananarivo Prov.: 1♂ Duke House-Manakambihiny, 17.iii.1992, B. Roth & S. J. Karikó (CASC); 2♂ 2♀ Réserve Spéciale d'Ambohitantely, Forét d'Ambohitantely, 18°13′S:47°17′E, 20.9 km 72° NE d'Ankazobe, 1410 m, 17–22.iv.2001, montane rainforest, J.J. Rafanomezantsoa et al. (CASC-JJR152); 5♀ 34 immatures, 3 km 41° NE Ambohimanga, 18°44′S:47°34′E, 1400 m, 1.xi.1993, J. Coddington, J. Scharff, S. Larcher, C. Griswold, R. Andriamasimanana (CASC); 1♀ Manjakatompo, 12.iii.1994, high forest, A. Pauly (MRAC 201.721); 1♀ Manjakatompo, 12.iv.1995, R. Jocqué (MRAC 201.813); I♂ 1♀ subadult, Ambatolampy, x.1998, R. Van Esbroeck (MRAC 208.445 & 208.448). Fianarantsoa Prov.: 4♂ 2♀ 2 immatures, Parc Nationale Ranomafana, Talatakely, 21° 14′S:47°25′E, 19–30.iv.1998, N. Penny, C. Griswold, D. Kavanaugh, M. Raherilalao, J. Ranorianarisoa, J. Schweikert & D. Ubick (CASC); 1♂ Talatakely, 21°14′S:47°25′E, iv.1992, V. Roth (CASC).
Distribution: Antananarivo and Fianarantsoa provinces.
Note: In the examined material, we found females that match the description and drawings proposed by Vinson (1863) for this species together with males that here are described as the male of H. madagascariensis.
Hovops merina sp. n.
Etymology: The species name is dedicated to the Merina (“people of the highlands”) of Antananarivo.
Diagnosis: Females of H merina sp. n. differ from the other females of the genus by the particular shape of the middle field, the lateral lobes, the secondary epigynal pockets (Fig. 5D), and the vulva (Fig. 5E).
Total body length 13.24. Prosoma 5.34 long, 5.93 wide. Opisthosoma 7.90 long, 7.50 wide. Eye diameter and interdistances: AME 0.23, ALE 0.22, PME 0.18, PLE 0.31, AME—AME 0.34, AME—ALE 0.79, AME—PME 0.23, PME—PME 1.21, PME—PLE 0.80, PLE—PLE 2.98, ALE—ALE 2.46. Leg formula: 2431. Leg measurements: I — Fe 5.20, Pat+Tib 6.80, Mt 3.60, Ta 1.30, total 16.90, II — 6.00, 7.40, 3.80, 1.30, total 18.50, III — 5.30, 6.60, 3.80, 1.30, total 17.00, IV — 6.00, 6.60, 3.80, 1.40, total 17.80. Leg spination: Fe I d1.1.0, pr1.1.0, II–IV d1.1.0; Tib I v2.2.1, II v2.2.0, III v1.2.0, IV no spines; Mt I–II v2.2.0, III v2.0.0, IV no spines. Prosoma reddish brown with scale-like and feathery hairs, as on legs. Legs pale red-brown, opisthosoma yellow-brown with poorly-defined central grey pattern (Fig. 5A), abundant overlapping scale-like hairs mixed with short and dark setae covering entire body (Fig. 5C). Cheliceral furrow with 3.2 teeth. Epigyne and vulva as in Figs 5D, 5E.
Holotype: ♀ MADAGASCAR: Antananarivo Prov.: 3 km 41° NE Andranomay, 11.5 km 147° SSE Anjozorobe, 18°28′24″S:47°57′36″E, 1300 m, montane rainforest, 5–13.xii.2000, C. Griswold et al. (CASC ENT 9004212).
Distribution: Known only from the type locality.
Key to species of Hovops
Species not included. The type material of H. modestus in the Lübeck collection was lost, and it would be a challenge to recognize the specimens of this species only on the basis of the original description and figures. This species is considered here as a species inquirenda, not to be included in the identification key. The inclusion of Selenops dufouri in Hovops was an error. The detailed description and figure of the eye arrangement given by the author of this species (Vinson 1863, pl. III, 1a) show that this species does not belong to the Hovops genus, but matches the Selenops genus. The type of this species has not been found, so it is presumed lost.
1 Spiders with 6 or fewer ventral spines on tibiae I–II and not more than 4 ventral spines on metatarsi I–II (Fig. 1M) 2
— Spiders with more than 6 ventral spines on tibiae I–II and up to 6 ventral spines on metatarsi I–II (Fig. 1N) 9
2 Males 3
— Females 5
— Tibia longer than half length of cymbium (Fig. 4C); RTA very short and pointed; VTA short, wide and flattened (Fig. 4C); MA well developed, with wide base, ending in well-sclerotized hook, conductor ending in sharp point (Figs 4C, 4D) madagascariensis (Vinson)
4 Retrolateral tibial apophysis sigmoid, hyper-developed, and very sclerotic (Fig. 8B); VTA wide; embolus turning up almost half of bulb, with external lateral sub-triangular projection (Fig. 8B); conductor divided on end, into sharp branch and rounded branch (Fig. 8C) pusillus (Simon)
— Retrolateral tibial apophysis sigmoid, thin, poorly developed (Figs 2G, 2H), VTA flattened, wide, with half-notch lower lobe (Fig. 2G), length of embolus more than half of rotation of bulb, without lateral projection (Fig. 2H); conductor finished in short, just-pointed end (Fig. 2H); MA large; PMA well developed, as crescent (Fig. 2H) betsileo sp. n.
6 Epigyne sub-triangular (Fig. 7B), CO behind midline of epigyne, widely separated, EP well developed, elongated, postero-lateral (Fig. 7B), long and slender CD going into centre of vulva; multilobulated spermathecae with bilobed head (Fig. 7C) mariensis (Strand)
— Epigyne sub-quadrangular, CO ahead of epigyne midline and EP developed, sub-circular and in anterior-lateral position (Fig. 4E); short and divergent CD in midline, spermathecae multilobulated with largest number of lobes in middle portion (Fig. 4F) madagascariensis (Vinson)
— Middle field covering almost entire epigyne (Fig. 8D); LL of epigyne cordiform, approaching at midline (Fig. 8D); anterior CO, long and slender CD and small spermathecae in posterior position (Fig. 8E) pusillus (Simon)
9 Males 10
— Females 11
10 Retrolateral and ventral tibial apophysis equal in length (Fig. 6B), RTA hyper-developed, sigmoid, semi-spiral and twisted, VTA with marked ventral keel (Fig. 6B); MA short and sub-triangular (Figs 6B, 6C) legrasi (Simon)
JAC would like to thank Rudy Jocqué and Charles Griswold for the loan of material used in this paper, the ARC-Plant Protection Research Institute (PPRI) for the use of their facilities, and all staff of the Biosystematics Division: Arachnida Unit (PPRI) for their support during his stay in Pretoria when he began this study several years ago. The authors thank CONICET (Consejo Nacional de Investigaciones Científicas y Técnicas, Argentina) and the IEBI-U.N.Sa for their support, and Charles Haddad for his suggestions about the manuscript.
- P.L.G. Benoit 1968. Les Selenopidae africains au Nord du 17e parallèle Sud et reclassement des espèces africaines de la famille (Araneae). Revue de Zoologie et de Botanique africaines 77: 113–142. Google Scholar
- J. Bosselaers 2004. A new Garcorops species from Madagascar copal (Araneae: Selenopidae). Zootaxa 445: 1–7. Google Scholar
- J.A. Corronca 1998a. Sobre la distribución geográfica de Anyphops Benoit (Araneae, Selenopidae): Primer registro y nueva especie para Madagascar. Biogeographica 74 (1): 23–26. Google Scholar
- J.A. Corronca 1998b. The South American spiders of the genus Selenops (Araneae, Selenopidae) with description of three new species. Studies on Neotropical Fauna and Environment 33: 124–148. Google Scholar
- J.A. Corronca 2002. A taxonomic revision of the Afrotropical species of Selenops Latreille, 1819 (Araneae, Selenopidae). Zootaxa 107: 1–35. Google Scholar
- J.A. Corronca 2003. New genus and species of Selenopidae (Arachnida, Araneae) from Madagascar and neighbouring islands. African Zoology 38: 387–392. Google Scholar
- J.A. Corronca 2005. Four new species of Selenops (Araneae, Selenopidae) and comments on the distribution of Afrotropical species. Zootaxa 1003: 33–44. Google Scholar
- P. Dankittipakul & J.A. Corronca 2009. Siamspinops, a new selenopid spider genus from Southeast Asia (Arachnida, Araneae). Organisms, Diversity & Evolution 9: 69e1–69e12. Google Scholar
- D. Penney , H. Ono & P.A. Selden 2005. A new synonymy for the Madagascan copal spider fauna (Araneae, Selenopidae). Journal of Afrotropical Zoology 2: 41–44. Google Scholar
- E. Simon 1881. Descriptions d'arachnides nouveaux d'Afrique. Bulletin de la Société zoologique de France 6: 1–15. Google Scholar
- E. Simon 1897. Histoire naturelle des Araignées. T. 2. Premier fascicule. Paris: Roret. Google Scholar
- A. Vinson 1863. Aranéides des îles de la Reunión, Maurice et Madagascar. Paris: Roret. Google Scholar