Monograph |
Corresponding author: Alireza Zamani ( zamani.alireza5@gmail.com ) Academic editor: Gergin Blagoev
© 2021 Alireza Zamani, Yuri M. Marusik.
This is an open access article distributed under the terms of the Creative Commons Attribution License (CC BY 4.0), which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.
Citation:
Zamani A, Marusik YM (2021) Revision of the spider family Zodariidae (Arachnida, Araneae) in Iran and Turkmenistan, with seventeen new species. ZooKeys 1035: 145-193. https://doi.org/10.3897/zookeys.1035.65767
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Species of the spider family Zodariidae occurring in Iran and Turkmenistan are reviewed. Seventeen species of three subfamilies are described as new to science: Lachesana kavirensis sp. nov. (♂, Qom; northern Iran), L. perseus sp. nov. (♂, Alborz; northern Iran) (Lachesaninae), Pax ellipita sp. nov. (♂♀, Kermanshah and Lorestan; western Iran), P. leila sp. nov. (♂♀, Fars; southwestern Iran) (Storeninae), Acanthinozodium armita sp. nov. (♂, Tehran; northern Iran), A. atrisa sp. nov. (♂♀, Qazvin and Tehran; northern Iran), A. diara sp. nov. (♂, Ilam and Lorestan; western Iran), A. dorsa sp. nov. (♂♀, Fars; southern Iran), A. elburzicum sp. nov. (♂♀, Tehran; northern Iran), A. kiana sp. nov. (♂, Kurdistan; western Iran), A. masa sp. nov. (♂, Kermanshah; western Iran), A. niusha sp. nov. (♂♀, Fars, Isfahan and Markazi; central Iran), A. ovtchinnikovi sp. nov. (♂, Mary; southeastern Turkmenistan), A. parmida sp. nov. (♂, Isfahan; central Iran), A. parysatis sp. nov. (♂♀, Ardabil and Qazvin; northern and northwestern Iran), A. sorani sp. nov. (♂, East Azerbaijan and Kurdistan; northwestern and western Iran) and Trygetus susianus sp. nov. (♀, Khuzestan; southwestern Iran) (Zodariinae). Zodariellum Andreeva & Tyshchenko, 1968, currently comprising only the type species (Z. surprisum Andreeva & Tyshchenko, 1968) is rediagnosed, with the following species being (re)transferred to it: Z. asiaticum (Tyshchenko, 1970) comb. res., Z. bactrianum (Kroneberg, 1875) comb. nov., Z. bekuzini (Nenilin, 1985) comb. res., Z. chaoyangense (Zhu & Zhu, 1983) comb. res., Z. continentalis (Andreeva & Tyshchenko, 1968) comb. res., Z. furcum (Zhu, 1988) comb. res., Z. mongolicum Marusik & Koponen, 2001 comb. res., Z. proszynskii (Nenilin & Fet, 1985) comb. res., Z. nenilini (Eskov, 1996) comb. res., Z. surprisum Andreeva & Tyshchenko, 1968 comb. res., Z. schmidti Marusik & Koponen, 2001 comb. res., Z. sytchevskajae (Nenilin & Fet, 1985) comb. res. and Z. volgouralensis Ponomarev, 2007 comb. res. (all ex. Zodarion); out of these, Z. proszynskii Nenilin & Fet, 1985, previously known only from the type locality in Turkmenistan, is recorded from northeastern Iran for the first time. This paper raises the number of zodariids known from Iran to 22 species from seven genera (including the first Iranian records of Acanthinozodium Denis, 1966, Pax Levy, 1990 and Zodariellum) and those known from Turkmenistan to five species from five genera (including the first record of Acanthinozodium from this country). Regional distribution records of all species are mapped.
Ant-eating spiders, Aranei, Central Asia, Middle East, new record, taxonomy
The spider family Zodariidae Thorell, 1881 comprises 1186 extant species in 87 genera and five subfamilies globally, as well as 11 species in nine genera known from fossils (
Specimens were photographed using an Olympus Camedia E‐520 camera attached to an Olympus SZX16 stereomicroscope or to the eye piece of an Olympus BH2 transmission microscope, and a SEM JEOL JSM-5200 scanning electron microscope at the Zoological Museum of the University of Turku. Digital images were prepared using CombineZP image stacking software. Illustrations of internal genitalia were made after clearing them in a 10% KOH aqueous solution. Lengths of leg segments were measured on the dorsal side. Measurements of legs are listed as: total length (femur, patella, tibia, metatarsus, tarsus). All measurements are given in millimetres.
AME anterior median eye;
ALE anterior lateral eye;
PME posterior median eye;
PLE posterior lateral eye;
RTA retrolateral tibial apophysis.
The following four genera are currently considered in this subfamily, with the number of species known from each in parentheses: Australutica Jocqué, 1995 (6), Antillorena Jocqué, 1991 (4), Lachesana Strand, 1932 (8) and Lutica Marx, 1891 (4). Lachesana is the only one restricted to the western Palaearctic (
Lachesis perversa Audouin, 1826 from Egypt.
Lachesana spp. can easily be distinguished from other zodariids occurring in Iran and Turkmenistan by their large size (>10 mm vs. smaller) and numerous spines (>20 on each leg vs. lacking, or <15). So far, out of the eight species known from this genus, four are known solely on the basis of male specimens. Male palps are very similar to one another and differ mostly in the proportions of the tibial apophysis and the bulb.
Lachesana insensibilis Jocqué, 1991: 37, f. 59 (♂).
This species is known from a single taxonomic entry, and unfortunately, the original description does not provide illustrations of the lateral view of the palp, making the identification of specimens from outside of the type locality (Saudi Arabia) highly questionable.
Khuzestan (
Saudi Arabia, Israel, Iran, United Arab Emirates.
Holotype
♂ (
The specific epithet is derived from ‘Kavir’, a Persian word for desert, referring to the occurrence of the species in the central deserts of Iran.
The male of L. kavirensis sp. nov. can be distinguished from the similar L. dyachkovi Fomichev & Marusik, 2019 by having a gently bent cheliceral fang (vs. bent over 90°, cf. Fig.
Male. Habitus as in Fig.
Palp as in Figs
Female. Unknown.
Known only from the type locality in Qom Province, northern Iran (Fig.
Holotype
♂ and paratype 1♂ (
The new species differs from the similar L. kavirensis sp. nov. by the lack of spines in the proximal mesal part of the cymbium (vs. present; cf. Fig.
Male palps of Lachesana dyachkovi (A–C, F), L. tarabaevi (D, E, G), L. blackwalli (H), L. kavirensis sp. nov. (I) and L. perseus sp. nov. (J) A, D ventral B, C, E dorsal, prolateral and retrolateral F–J retrolateral tibial apophysis A–G reproduced after
Male (holotype). Habitus as in Figs
Palp as in Figs
Female. Unknown.
Known only from the type locality in Alborz Province, northern Iran (Fig.
Habronestes libani Simon, 1873 from Lebanon.
This is a small genus with seven species distributed exclusively in the Middle East from Turkey and Israel to Iran (including the two new species described below, representing the first record of this genus in this country). Members of this genus can be easily distinguished from all other zodariids found in the study area by the ovoid carapace lacking a distinct separation between the cephalic and thoracic parts and also by males having a modified cymbium.
Holotype
♂ (
Iran: Lorestan Province: 1♀ (
The specific epithet refers to Ellipi, an ancient kingdom located on the western side of the Zagros Mountains, between Babylonia at the west, Media at the north-east, Mannae at the north and Elam at the south.
The new species differs from P. leila sp. nov., the only other Pax species known from Iran, by the cymbium lacking a horn-like outgrowth (vs. present), by having a deep lateral fold of the cymbium (vs. lacking) and the epigyne with a rectangular median plate (vs. triangular). The male of P. ellipita sp. nov. differs from the rest of the species by having the RTA shorter than the tibia (vs. longer), while the female differs by the trilobate posterior margin of the epigyne (vs. solid) and copulatory openings located posteriorly (vs. anteriorly).
Male. Habitus as in Fig.
Palp as in Figs
SEM images of the male palp of Pax ellipita sp. nov. A retrolateral B anteroretrolateral C proventral D posterodorsal E ventral. Abbreviations: E1, E2 – pro- and retrolateral cymbial extensions, Eb – embolar base, Em – embolus, Cf – cymbial fold, Co – conductor, Ma – median apophysis, Ra – retrolateral apophysis, Va – ventral apophysis. Scale bar: 0.1 mm.
Female. Habitus as in Fig.
Epigyne as in Fig.
Because the female specimen was not collected together with the male, its assignment to this species is tentative and shall be confirmed when both sexes are collected together.
Known from the listed localities in Kermanshah and Lorestan provinces, western Iran (Fig.
Holotype
♂ and paratype 1♀ (
The specific epithet is a feminine given name in the Persian language, meaning “daughter of the night”. Noun in apposition.
The new species differs from all congeners by having a pair of spine-like cymbial outgrowths (Figs
Male. Habitus as in Fig.
Palp as in Figs
SEM images of the male palp of Pax leila sp. nov. A apicoventral B ventroretrolateral C prodorsal D ventral E retrodorsal. Abbreviations: Cp – prolateral cymbial process, Cr – retrolateral cymbial process, Da – dorsal apophysis, Ma – median apophysis, Se – spine of embolus base. Scale bars: 0.1 mm.
Female. Habitus as in Fig.
Epigyne as in Fig.
Although this species is rather similar in general appearance to the generotype and the other species known from Iran, the bulb and cymbium conformation is very different from those of other species considered in Pax and most likely belongs to an undescribed genus.
Known only from the type locality in Fars Province, southwestern Iran (Fig.
Acanthinozodium spinulosum Denis, 1966 from Libya.
Twelve species are currently considered in this genus which are known from the Maghreb and adjacent countries in the south and in Socotra; previously, it was not recorded from Iran (
Holotype
♂ (
The specific epithet is a Persian feminine name meaning “queen of fire”. Noun in apposition.
The new species has an abdominal pattern similar to that of A. parysatis sp. nov. (dark abdomen with posterior median white stripe; less distinct in males) but differs by having a dark pars cephalica (vs. pale). The male palps of the two species differ by the RTA being thin and more than twice as long as the tibia in A. atrisa sp. nov. (vs. broad and as long as the tibia). Judging by the shape of the male palp, A. atrisa sp. nov. is probably closely related to A. sorani sp. nov., as both have a long RTA, a similarly shaped median apophysis, a posterior tegular process and an embolus with an anterior process. The two species differ by the shape of the embolic process (Ep), wider than the embolus and gently bent at the tip in A. atrisa sp. nov. (vs. spine-like). The epigyne of A. atrisa sp. nov. is most similar to that of A. parysatis sp. nov. in having a small anterior hood and a thin furrow between the lateral lobes but differs by the furrow being shorter than the bursa copulatrix (vs. the same length as bursa).
Male (holotype). Habitus as in Fig.
Palp as in Figs
Female. Habitus as in Fig.
Epigyne as in Fig.
Known only from the listed localities in Tehran and Qazvin provinces, northern Iran (Fig.
Holotype
♂ (
The specific epithet is a Persian feminine name meaning “good listener”. Noun in apposition.
The male of the new species is most similar to A. parysatis sp. nov. from which it differs by a sharply tapering RTA, shorter tip of the cymbium (cf. Fig.
Male (holotype). Habitus as in Fig.
Palp as in Figs
SEM images of the male palps of Acanthinozodium atrisa sp. nov. (A–C), A. sorani sp. nov. (D–F), A. niusha sp. nov. (G, H) and A. dorsa sp. nov. (I) A, C, D, F, I ventral B, E retrolateral G, H cymbial groove, dorsal. Abbreviations: Cg – cymbial groove, Co – conductor, Em – embolus, Ep – embolic process, Ma – median apophysis, Ra – retrolateral tibial apophysis, Tp – tegular process. Scale bars: 0.1 mm, unless stated otherwise.
SEM images of the male palps of Acanthinozodium parysatis sp. nov. (A–C) and A. niusha sp. nov. (D–F) A, D ventral B, E retrolateral C, F dorsoretrolateral and dorsal. Abbreviations: Cg – cymbial groove, Co – conductor, Em – embolus, Ma – median apophysis, Ra – retrolateral tibial apophysis, Va – ventral apophysis. Scale bars: 0.1 mm.
Female. Habitus as in Fig.
Epigyne as in Fig.
Known only from the listed localities in Fars, Isfahan and Markazi provinces, central Iran (Fig.
Holotype
♂ palp (
The new species is named after our late colleague Sergei V. Ovtchinnikov who made important contributions to the study of Central Asian spiders.
The new species differs from the congeners in the region (except A. parmida sp. nov.) by the small size of the palp (cymbium 0.28 long, vs. > 0.6) and the unique embolus which has a long furrow with a serrate ventral margin (Fig.
Male. Body missing. It is assumed to be a very small zodariid based on the size of the palp.
Palp as in Fig.
Female. Unknown.
The sample collected by Gromov contained three males. The palp of one specimen was dissected and imaged with a SEM in 2005. Then, all three specimens were given to Ovtchinnikov who was planning to revise this group. After his death, his collection was transferred to Almaty, Kazakhstan by Alexander Gromov and is now inaccessible.
Known only from the type locality in Mary Region, southeastern Turkmenistan (Fig.
Holotype
♂ (
The specific epithet is an ancient Persian feminine name, meaning “fairy-like”. Noun in apposition.
The male palp of A. parysatis sp. nov. is similar to that of A. niusha sp. nov. by the overall shape of the median apophysis and RTA but differs in lacking a retrolateral extension on the median apophysis (vs. present) and by having a shorter, stouter RTA (vs. longer and tapering). The epigyne of the new species is most similar to that of A. atrisa sp. nov. in having a small anterior hood and thin furrow between the lateral lobes but differs by the relative length of the anterior part of the fovea being shorter than the bursae in A. parysatis sp. nov. (vs. as long as bursae).
Male (holotype). Habitus as in Fig.
Palp as in Figs
Female. Habitus as in Fig.
Epigyne as in Fig.
Known only from the listed localities in Ardabil and Qazvin provinces, northern and northwestern Iran (Fig.
Holotype
♂ (
The specific epithet refers to a dialect or a language of the Kurdish languages that is spoken in Iraq, mainly in Iraqi Kurdistan, as well as the Kurdistan Province, Kermanshah Province, and West Azerbaijan Province of western Iran. Noun in apposition.
The new species is most similar to A. atrisa sp. nov. but differs by embolic anterior process which is spine-like and thinner than the embolus proper in A. sorani sp. nov. (vs. broad) and also by the relative length of the RTA, longer than bulb in A. sorani sp. nov. (vs. shorter).
Male (holotype). Habitus as in Fig.
Palp as in Figs
Female. Unknown.
Known only from the listed localities in Kurdistan and East Azerbaijan provinces, western and northwestern Iran (Fig.
Holotype
♂ (
The specific epithet is a Persian feminine name meaning “righteous”, “virtuous”, and “good”. Noun in apposition.
The new species differs from all congeners in the region by the short RTA having 2 claw-like outgrowths on the tip (vs. tip tapering and lacking 2 claws) and also by the modified embolus, widening near the tip (vs. unmodified).
Male (holotype). Habitus as in Fig.
Habitus of Acanthinozodium armita sp. nov. (A), A. diara sp. nov. (B), A. dorsa sp. nov. (C, D), A. elburzicum sp. nov. (E–J), A. kiana sp. nov. (K) and A. masa sp. nov. (L) A–C, F, G, K, L males, dorsal H male, ventral D, E, I females, dorsal J female, ventral. Scale bars: 0.2 mm, unless stated otherwise.
Palp as in Figs
Female. Unknown.
Known from the type locality in Tehran Province, northern Iran, and another locality (Haji Abad) which cannot be georeferenced because there are many places with this name in Iran (Fig.
Holotype
♂ (
The specific epithet is a Persian feminine name meaning “motherland”. Noun in apposition.
Acanthinozodium diara sp. nov. is very similar to A. masa sp. nov. by the shape of the RTA, the ventral tibial apophysis and the curvature of the embolus but differs by the shape of the median apophysis (cf. Fig.
Male (holotype). Habitus as in Fig.
Palp as in Figs
Female. Unknown.
Known from the listed localities in Ilam and Lorestan provinces, western Iran (Fig.
Holotype
♂ and paratypes 26♂16♀ (
The specific epithet is a Persian feminine name meaning “precious”. Noun in apposition.
The male of the new species differs from all congeners in the region by the prolateral outgrowth of the median apophysis projecting ventrally (vs. not projecting) and the long and broad RTA, apically twisted and lacking outgrowths (vs. with 1–2 outgrowths). The female is most similar to A. elburzicum sp. nov. but differs by the epigynal hood being longer than wide (vs. wider than long) and less separated receptacles (ca. 2.5 times of their diameter vs. 4).
Male (holotype). Habitus as in Fig.
Palp as in Figs
Female. Habitus as in Fig.
Epigyne as in Fig.
Known from the type locality in Fars Province, southern Iran (Fig.
Holotype
♂ (
The specific epithet refers to the Elburz Mountain Range, in which the type locality of the new species is situated.
The male of the new species is similar to A. diara sp. nov. by the similar shape of the RTA and they both have a small retrolateral indentation apically on the conductor, but differs by the shape of the median apophysis, which is with a distinctly larger prolateral outgrowth. The female of the new species is most similar to A. dorsa sp. nov. but differs by the epigynal hood being wider than long (vs. longer than wide) and receptacles separated by about 4 diameters (vs. ca. 2.5).
Male (holotype). Habitus as in Fig.
Palp as in Figs
SEM images of the male palps of Acanthinozodium armita sp. nov. (A–C, F) and A. ovtchinnikovi sp. nov. (D, E, G–I) A, H retroventral and retrolateral B, C, G ventral D–F proventral, apicoproventral and apicoventral I retrolateral tibial and cymbial groove. Abbreviations: Cg – cymbial groove, Co – conductor, Em – embolus, Er –embolar ridge, Ma – median apophysis. Scale bars: 0.1 mm, unless stated otherwise.
SEM images of the male palps of Acanthinozodium elburzicum sp. nov. (A–C) and A. diara sp. nov. (D–F) A, D ventral B, F retrolateral C, E dorsoretrolateral. Abbreviations: Cg – cymbial groove, Em – embolus, Ma – median apophysis, Ra – retrolateral tibial apophysis, Va – ventral apophysis. Scale bars: 0.1 mm.
Female. Habitus as in Fig.
Epigyne as in Fig.
Known from the listed localities in Tehran Province, northern Iran (Fig.
Holotype
♂ (
The specific epithet is a Kurdish feminine name meaning “nature”. Noun in apposition.
The new species is very similar to A. masa sp. nov. by the shape of the RTA and ventral tibial apophysis but differs by the shape of the prolateral outgrowth of the median apophysis which is finger-like and triangular, terminally with a small hook (vs. broad and bifurcated).
Male. Habitus as in Fig.
Palp as in Figs
SEM images of the male palps of Acanthinozodium masa sp. nov. (A, B), A. dorsa sp. nov. (C, D) and A. kiana sp. nov. (E, F) A, C, E ventral B, F retroventral D retrolateral. Abbreviations: Co – conductor, Em – embolus, Ma – median apophysis, Ra – retrolateral tibial apophysis, Va – ventral apophysis, Tp – tegular process. Scale bars: 0.1 mm.
Female. Unknown.
Known from the type locality in Kurdistan Province, western Iran (Fig.
Holotype
♂ and paratype ♂ (
The specific epithet is a Kurdish feminine name, meaning “bright like the moon”. Noun in apposition.
The new species is very similar to A. diara sp. nov. by the shape of the RTA, the ventral tibial apophysis and the curvature of the embolus but differs by the shape of the median apophysis (cf. Fig.
Male (holotype). Habitus as in Fig.
Palp as in Figs
Female. Unknown.
Known only from the type locality in Kermanshah Province, western Iran (Fig.
Holotype
♂ (
The specific epithet refers to a Persian princess, the only daughter of Bardiya (Smerdis), son of Cyrus the Great. Noun in apposition.
The new species differs from the congeners in the region by its smaller size, by having a dorsal scutum, and by the very short tip (free part) of embolus having a long furrow with a serrate ventral margin. It is closely related to A. ovtchinnikovi sp. nov. from southeastern Turkmenistan, from which it can be differentiated by having an almost as long as wide bulb (vs. longer than wide), shorter cymbium (length/width ratio 1.4 vs. 1.86), a different shape of median apophysis (posterior portion larger than anterior one, vs. opposite) and the different position of embolic base (6:30 o'clock, vs. 8:00 o'clock; cf. Figs
Male. Habitus as in Fig.
Palp as in Figs
SEM images of the male palps of Acanthinozodium parmida sp. nov. (A–C) and Zodarion expers (D–F) A, B, D ventral C, E retrolateral F dorsoretrolateral. Abbreviations: Cg – cymbial groove, Co – conductor, Em – embolus, Er – embolar ridge, Ma – median apophysis, Ra – retrolateral tibial apophysis. Scale bars: 0.1 mm.
Female. Unknown.
Known from the type locality in Isfahan Province, central Iran (Fig.
Zodarion raddei Simon, 1889 from Turkmenistan.
Monotypic genus, differing from all other genera in the region by having an elongate cymbium, an S-shaped sperm duct and embolus, a long spine-like outgrowth of the embolic base and an epigyne with large transverse oval fovea.
Parazodarion raddei:
For the complete list of references see
Iran: Hamedan Province: 1♂3♀ (
Alborz, Isfahan, Qom, Razavi Khorasan, Sistan and Baluchistan, West Azerbaijan, Yazd, Zanjan (
Ahal, Archman (=Arçman), Ashgabat, Balkan, Lebap, Mary (
From United Arab Emirates to Kazakhstan and Afghanistan in the east.
Palaestina sexoculata O. Pickard-Cambridge, 1872.
Small genus with seven named species distributed from Morocco to Turkmenistan (
Trygetus gromovi Marusik, 2011: 30, f. 1–7 (♀).
Mary (
Known only from the type locality in Turkmenistan.
Trygetus jacksoni:
Holotype
♀ (
This species is named after Susa, one of the most important cities of the Ancient Near East. It is located in the lower Zagros Mountains, about 250 km east of the Tigris River, between the Karkheh and Dez Rivers, in what is currently the Khuzestan Province of Iran.
The epigyne of the new species is very similar to that of T. gromovi. They differ by the presence of a lateral extension of the receptacle and the lack of sclerotized lateral margins in the new species (vs. absent and present, respectively).
Female (specimen partially bleached). Habitus as in Fig.
Epigyne as in Fig.
Male. Unknown.
Known from two localities in Khuzestan Province, southwestern Iran (Fig.
Zodariellum surprisum Andreeva & Tyshchenko, 1968 from Tajikistan.
The genus was described as monotypic and synonymized with Acanthinozodium by
All Zodariellum spp. are clearly different from the generotype of Zodarion, Z. nitidum (Audouin, 1826), and the species considered in the genus by the following: 1) the cymbium has a tutaculum (vs. lacking in Z. nitidum and other species groups); 2) filamentous embolus starting at the 5 o’clock position (vs. 6 – in Z. nitidum, and many species groups of Zodarion sensu lato lack the filamentous embolus, or they are not at 5 o’clock position); 3) the absence of a ventral tibial apophysis (vs. present in the generotype) and 4) the shape of the RTA: one arm longer than wide, with claw or wart-like outgrowth posteriorly from the tip (vs. wider than long, with 3 branches in the generotype and various shapes in other species groups). Females of the two generotypes have long and twisted copulatory ducts, but they are converging in Zodariellum and diverging in Zodarion.
We consider the following species in Zodariellum because they have similar male palps and epigynes: Z. asiaticum (Tyshchenko, 1970) comb. res., Z. bactrianum (Kroneberg, 1875) comb. nov. (ex. Zodarion), Z. bekuzini (Nenilin, 1985) comb. res., Z. chaoyangense (Zhu & Zhu, 1983) comb. res., Z. continentalis (Andreeva & Tyshchenko, 1968) comb. res., Z. furcum (Zhu, 1988) comb. res., Z. mongolicum Marusik & Koponen, 2001 comb. res., Z. proszynskii (Nenilin & Fet, 1985) comb. res., Z. nenilini (Eskov, 1996) comb. res., Z. surprisum Andreeva & Tyshchenko, 1968 comb. res., Z. schmidti Marusik & Koponen, 2001 comb. res., Z. sytchevskajae (Nenilin & Fet, 1985) comb. res. and Z. volgouralensis Ponomarev, 2007 comb. res. Taking into account the shape of the epigyne of Zodarion inderensis (Ponomarev, 2007), originally placed in Zodariellum, we do not restore the original combination for this species.
To illustrate the conformation of the male palp in Zodariellum (male specimens are lacking among the material studied in Iran and Turkmenistan), we have provided figures of Z. bactrianum, a species previously known from the original description only and previously considered in Zodarion.
Western Russia, Iran, Central Asia to northern China (
Zodarion proszynskii Nenilin & Fet, 1985: 618, f. 1–4, 9 (♂♀).
Iran: Razavi Khorasan Province: 1♀ (
Zodariellum bactrianum (Kroneberg, 1875): 1♂ from Tajikistan (Fig.
SEM images of the male palps of Zodarion nitidum (A–C) and Z. bactrianum (D–F) A, D ventral B, E retrolateral C dorsal F retrodorsal. Abbreviations: Co – conductor, Eb – embolar base, Em – embolus, Ma – median apophysis, Mc – claw of median apophysis, Ra – retrolateral tibial apophysis, Tp – tegular process, Tu – tutaculum, Va – ventral apophysis. Scale bars: 0.1 mm.
Distribution records of Acanthinozodium spp. (partim 1–4, 11), Lachesana spp. (5–7), Parazodarion raddei (8), Pax spp. (9, 10) and Trygetus spp. (11, 12) in Iran and Turkmenistan: 1 A. atrisa sp. nov. 2 A. niusha sp. nov. 3 A. parysatis sp. nov. 4 A. sorani sp. nov. 5 L. insensibilis 6 L. kavirensis sp. nov. 7 L. perseus sp. nov. 8 P. raddei 9 P. ellipita sp. nov. 10 P. leila sp. nov. 11 A. ovtchinnikovi sp. nov., T. gromovi 12 T. susianus sp. nov.
This species was previously known from the original description only. It differs from the similar Z. sytchevskajae by the shape of the male palpal tibia and the epigyne (see
Razavi Khorasan (current data) (Fig.
Balkan (
Distribution records of Acanthinozodium spp. (partim 1–3, 5, 6, 8, 9), Zodariellum spp. (10, 11) and Zodarion spp. (4, 7, 12) in Iran and Turkmenistan: 1 A. armita sp. nov. 2 A. diara sp. nov. 3 A. elburzicum sp. nov. 4 Z. buettikeri 5 A. dorsa sp. nov. 6 A. kiana sp. nov. 7 Z. lutipes 8 A. masa sp. nov. 9 A. parmida sp. nov. 10 Z. proszynskii 11 Z. sytchevskajae 12 Z. talyschicum.
Previously known only from the type locality in Turkmenistan. This is a new record for Iran, representing the southernmost record in the known genus range.
Zodarion sytchevskajae Nenilin & Fet, 1985: 619, f. 5–8, 10 (♂♀).
This species is known from the original description only.
Ahal, Lebap (
Turkmenistan.
Enyo nitida Audouin, 1826 from Egypt.
With 177 named species, this is the largest genus within Zodariinae (
Zodarion expers (O. Pickard-Cambridge, 1876), 1♂ from Israel (Figs
Until recently, Z. expers was placed in Ranops Jocqué, 1991, but now it is placed in Zodarion. It differs from the generotype of Ranops, but the copulatory organs are also very different from those of Z. nitidum, and most likely it represents a separate genus. Although it is absent in Iran or Turkmenistan, we have provided figures of this species to illustrate the differences with the generotype of Zodarion. Furthermore, although Z. nitidum has not been recorded in the current study area, because it is the type species of the genus, we have provided illustartions for this species as well, to demonstrate its differences with other Zodariinae genera in Iran and Turkmenistan, as well as with other species currently placed in Zodarion.
Acanthinozodium buettikeri Ono & Jocqué, 1986: 7, f. 1–4 (♂♀).
Zodarion buettikeri:
Bushehr (
Saudi Arabia, Iran.
Since the Iranian material of this species has already been illustrated in
Zodarion lutipes:
For the complete list of references see
Kermanshah (
Cyprus, Israel, Lebanon, Jordan, Iran.
Unfortunately, we were not able to re-examine the material studied by
Zodarion talyschicum Dunin & Nenilin, 1987: 196, f. 14–18 (♂♀).
Zodarion talyschicum:
Iran: Gilan Province: 1♂ (
Golestan (
Azerbaijan, Iran.
We are grateful to Rudy Jocqué (Royal Museum for Central Africa, Tervuren, Belgium) for providing additional photos and conducting an initial assessment of the specimens. Peter Schwendinger (