Retrolateral tibial apophysis (Rta)

Mossø Rold Skov

Madum Sø V

Cerbère France

Tranum Klitplantage

Hevring Hede

Asker, Akershus, Norge

Saitis barbipes male from aboveMale Saitis barbipes from Menton, French Riviera (43°46′32″N 07°30′02″E). One square on paper has a side length of 5 mm.April 28, 2007From Wikimedia Commons

Map 1.Map of Aruba, Curaçao and Bonaire (inset) showing the distribution of Selenops. Selenops arikok sp. n. (black circles), Selenops curazao Alayón-García (white circles).

Figure 13.Map of Java, Indonesia, showing records of Amauropelma matakecil sp. n. as yellow circles in Central Java. Base map source: Google Earth.

Figures 79–83.Haplodrassus umbratilis from Crimea: 79 bulbus, apical view 80 RTA, retrolateral view 81 palp, ventral view 82 epigyne, ventral view 83 epigyne, dorsal view. Abbreviations: Bp broad process of terminal apophysis.

Figures 57–60.Genitalic morphology of Cambalida compressa sp. n.: 57 female epigyne, ventral view 58 same, dorsal view 59 male palp, ventral view 60 same, retrolateral view. Scale bars = 0.25mm.

Figures 7–12.Digital microscope photographs of Copa flavoplumosa Simon, 1885 from D.R. Congo (7–9) and Copa kei sp. n.from South Africa (10–12): 7, 10 female, dorsal habitus 8, 11 male, dorsal habitus 9, 12 sternum of female in ventral view. Scale bars = 1.0 mm.

Figures 16–21.Mallinella pluma sp. n., 16 male habitus, dorsal view 17 ocular area, frontal view 18 male, posterior ventral spines, ventral view 19 left male palp, prolateral view 20 same, ventral view 21 same, retrolateral view. Scale bars: 2 mm (16); 0.2 mm (17); 0.5 mm (18–21).

Figures 6–12.Sinopoda serrata (Wang, 1990), from Tiantangzhai National Forest Park (Hubei Province, China). 6 Left male palp, prolateral view 7 Left male palp, ventral view 8 Left male palp, retrolateral view 9 Epigyne, ventral view 10 Vulva, dorsal view11 Male habitus, dorsal view12 Female habitus, dorsal view. Scales = 0.2 mm (6–10), scales = 1 mm (11–12). C conductor, E embolus, EA embolic apophysis, FD fertilization duct, GA glandular appendage, LF lateral furrow, LL lateral lobes, LS lobal septum, MSu membranous sac unexpanded, RTA retrolateral tibial apophysis, PP posterior part of spermathecae, T tegulum.

Figures 5–9.Pseudopoda acuminata sp. n., 5 Left palp of male (retrolateral). 6–9 Female (SP–SC–03–0052): 6–7 Body (6 dorsal 7 ventral) 8–9 Epigyne (8 ventral 9 dorsal). Abbreviations: AB anterior bands; aEF margin of epigynal field; amLL anterior margin of lateral lobes; CD copulatory duct; LL lateral lobes of epigyne; MF median field of epigyne; mmLL median margin of lateral lobes; pmLL posterior margins of lateral lobes; PI posterior incisions. Scale bars: 2 mm (6–7); 1 mm (5, 8–9).

Figures 66–71.Copulatory organs of Eupoa pappi sp. n. (the holotype). 66 male palp, apical view 67–68 ditto, median view 69 ditto, ventral view 70–71 ditto, retrolateral view. Abbreviations as explained in ‘Material and methods’.

Figure 5.Habitus of Eustiromastix guianae, male, fresh specimen (A) and female (B). Scale: 1 mm.

Figure 19.Collecting places of Gnaphosa khovdensis sp. n. (square), Gnaphosa esyunini sp. n. (circle) and Gnaphosa ustyuzhanini (filled cross – new locality, open crosses – earlier records).

Figures 1–7.Male palp and leg I of Acantholycosa azarkinae sp. n. (1–5), Acantholycosa oligerae (6) and Acantholycosa sundukovi (7). 1, 6, 7 male palp, ventral 2 male palp, retrolateral 3 bulbus, ventral 4 bulbus, retrolateral 5 leg I, prolateral. 6–7 after Marusik et al. (2004). Scale = 0.1 if not otherwise indicated.

Figures 23–28.Copulatory organs of Karaops jarrit sp. n., male holotype from 11 km NW of Roe’s Rock, Fitzgerald River National Park, Western Australia, Australia (WAM T55003) (23–24), female paratype from southwest of Boddington, Western Australia, Australia (WAM T87168) (25–26), and Karaops marrayagong sp. n., female holotype from Kitty’s Creek, near Sydney, New South Wales, Australia (AM KS19743) (27–28) 23 male pedipalp, ventral view 24 male pedipalp, retrolateral view 25, 27 epigyne, ventral view 26, 28 spermathecae, dorsal view. Scale bar: 0.25 mm.

All Biocode files are based on field identifications to the best of the researcher’s ability at the time.

All Biocode files are based on field identifications to the best of the researcher’s ability at the time.

All Biocode files are based on field identifications to the best of the researcher’s ability at the time.

All Biocode files are based on field identifications to the best of the researcher’s ability at the time.