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FIGURES 44 – 49 in Edwardsya, a new genus of jumping spiders from South America (Araneae: Salticidae: Freyina)
FIGURES 44 – 49. Edwardsya igapo sp. nov. 44 – 47 left male palp (44 ventral; 45 disto-proventral; 46 retrolateral; 47 retroventral); 48 epigyne, ventral; 49 same, cleared, dorsal; dCP = dorsal coupling pocket; E = embolus; FDA = femoral distal apophysis; TmA = terminal apophysis.
FIGURES 25 – 30. Edwardsya simoni comb. nov. 25 in Edwardsya, a new genus of jumping spiders from South America (Araneae: Salticidae: Freyina)
FIGURES 25 – 30. Edwardsya simoni comb. nov. 25 male endites, dorsal; 26 apophysis on left endite; 27 same, detail; 28 same, detail of distal portion; 29 apophysis on right endite; 30 same, detail.
FIGURES 21 – 24. Edwardsya simoni comb. nov., left male palp. 21 in Edwardsya, a new genus of jumping spiders from South America (Araneae: Salticidae: Freyina)
FIGURES 21 – 24. Edwardsya simoni comb. nov., left male palp. 21 tibia, distal (cymbium removed); 22 RTA, ventral; 23 – 24 bulb (23 retrodorsal; 24 dorso-distal); E = embolus; PTA = prolateral tibial apophysis; RTA = retrolateral tibial apophysis; T = tegulum; TmA = terminal apophysis.
FIGURES 5 – 9. Edwardsya simoni comb. nov. 5 in Edwardsya, a new genus of jumping spiders from South America (Araneae: Salticidae: Freyina)
FIGURES 5 – 9. Edwardsya simoni comb. nov. 5 male, dorsal; 6 – 7 left male palp (6 ventral; 7 retrolateral); 8 female, dorsal; 9 epigyne, ventral.
FIGURES 10 – 16. Edwardsya simoni comb. nov. 10 – 14 in Edwardsya, a new genus of jumping spiders from South America (Araneae: Salticidae: Freyina)
FIGURES 10 – 16. Edwardsya simoni comb. nov. 10 – 14 left male palp (10 proventral; 11 vetral; 12 retroventral; 13 retrolateral; 14 dorsal); 15 epigyne, ventral; 16 same, cleared, dorsal; dCP = dorsal coupling pocket; FDA = femoral distal apophysis; PTA = prolateral tibial apophysis; TmA = terminal apophysis.
FIGURES 17 – 20 in Edwardsya, a new genus of jumping spiders from South America (Araneae: Salticidae: Freyina)
FIGURES 17 – 20. Edwardsya simoni comb. nov., male left palp, expanded (17 ventral, only bulb shown; 18 disto-retrodorsal; 19 bulb, distal; 20 disto-prolateral); BH = basal hematodocha; Cy = cymbium; E = embolus; RTA = retrolateral tibial apophysis; ST = subtegulum; T = tegulum; TmA = terminal apophysis.
FIGURE 14 in The Goblin spider genus Xestaspis in Sri Lanka (Araneae: Oonopidae)
FIGURE 14. Phylogenetic placement of Xestaspis spp. obtained by the analysis of 43 morphological characters. The strict consensus of the 7 MPT trees found when the character matrix was analysed using implied weights (K = 3 to 10). Unambiguous character state changes, Bremer support (values higher than 1; above branches) and bootstrap support are given (values above 40; below branches).
FIGURE 1 in The Goblin spider genus Xestaspis in Sri Lanka (Araneae: Oonopidae)
FIGURE 1. Typical habitats of Xestaspis in Sri Lanka. A. Udawattakelle Forest Reserve (L 27); B. Ethagala Forest Reserve (L 10); C. D. NIFS Arboretum (L 17).
Fig. 39 in A revision of the spider genus Zaitunia (Araneae, Filistatidae)
Fig. 39. Somatic characters of Zaitunia minuta sp. nov., holotype, ♀. A–C. Habitus, dorsal, ventral and lateral. D‒F. Prosoma, fronto-lateral, lateral, and dorso-lateral. G. Spinnerets, ventral. H. Metatarsus IV, dorsal.
Fig. 43 in A revision of the spider genus Zaitunia (Araneae, Filistatidae)
Fig. 43. Male copulatory organs of Zaitunia species, retrolateral. A. Z. schmitzi (Kulczyński, 1911) (Jerusalem area). B. Z. annulipes (Kulczyński, 1908) (Paramali). C. Z. kunti sp. nov. (holotype). D. Z. minoica sp. nov. (paratype). E. Z. logunovi sp. nov. (paratype). F. Z. martynovae (Andreeva & Tyshchenko, 1969) (Gandzhina). Scale bars = 0.2 mm.
Fig. 42 in A revision of the spider genus Zaitunia (Araneae, Filistatidae)
Fig. 42. Variations of coloration and setation of carapace in ♂♂ (A, D, F–G) and ♀♀ (B–C, E, H) of some Zaitunia species. — A–B. Z. logunovi sp. nov. C. Z. inderensis Ponomarev, 2005. D–E. Z. beshkentica (Andreeva & Tyshchenko, 1969). F. Zaitunia wunderlichi sp. nov. G–H. Z. maracandica (Charitonov, 1946). Scale bars = 0.5 mm.
Fig. 35 in A revision of the spider genus Zaitunia (Araneae, Filistatidae)
Fig. 35. Copulatory organs and somatic characters of Zaitunia ferghanensis sp. nov., paratype, ♂ from Osh (A–D) and paratypes, ♀♀ from Djalal-Abad (E–J) and Ferghana (K). — A. Palp, prolateral. B–D. Terminal part of palp, retrolateral, ventral and dorsal. E–J. Endogyne (variants), dorsal. K. Habitus, dorsal.
Fig. 30 in A revision of the spider genus Zaitunia (Araneae, Filistatidae)
Fig. 30. Somatic characters and copulatory organs of Zaitunia huberi sp. nov., holotype, ♀ (A–F) and Z. psammodroma sp. nov., holotype, ♂ (G–K). — A. Habitus, dorso-lateral. B, G. Habitus, dorsal. C, E. Endogyne, ventral. D. Endogyne, dorsal. F. Calamistrum, lateral. H, J. Palp, retrolateral. I. Palp, prolateral. K. Legs III and IV, prolateral.
Fig. 29 in A revision of the spider genus Zaitunia (Araneae, Filistatidae)
Fig. 29. Somatic characters and endogyne of Zaitunia beshkentica (Andreeva & Tyshchenko, 1969), ♀♀ from Chiluchor-Chashma (A–B), Babatagh (C–F) and Khurshedi (G–K). — A, F–G. Prosoma, dorsal. B–C, H. Habitus, dorsal. D–E. Same, lateral and dorso-lateral. I–K. Endogyne, dorsal.
Fig. 27 in A revision of the spider genus Zaitunia (Araneae, Filistatidae)
Fig. 27. Somatic characters and copulatory organs of Zaitunia spinimana sp. nov., holotype, ♂ (A–E) and paratype, ♀ (F–I). — A, F. Habitus, dorsal and lateral. B, G. Prosoma, dorso-lateral. C–D. Palp, pro- and retrolateral. E. Cymbium and bulb, anterior-retrolateral. H–I. Endogyne, dorsal.
Fig. 36 in A revision of the spider genus Zaitunia (Araneae, Filistatidae)
Fig. 36. Somatic characters and endogyne of Zaitunia feti sp. nov., holotype, ♀. A–B. Habitus, dorsolateral and lateral. C. Abdomen, ventral. D–E. Endogyne, dorsal.
Fig. 26 in A revision of the spider genus Zaitunia (Araneae, Filistatidae)
Fig. 26. Zaitunia martynovae (Andreeva & Tyshchenko, 1969), structure of endogyne in ♀♀ from Gandzhina (A–C, J), Kopetdagh (D–E), Babatagh (F–I, K–L) and Pyandzh Karatau (M–O). — A, I. Endogynal plate from above. B, D, L, N–O. Endogyne, dorsal. C, M. Endogyne, ventral. E, G, H, J–K. Endogyne, dorsal-anterior. F. Right pair of receptacles, dorsal-anterior.
Fig. 32 in A revision of the spider genus Zaitunia (Araneae, Filistatidae)
Fig. 32. Somatic characters and copulatory organs of Zaitunia wunderlichi sp. nov., paratype, ♂. — A. Prosoma, lateral. B. Habitus, dorso-lateral. C. Palp, prolateral. D. Cymbium and bulb, dorsal. E. Terminal part of palp, prolateral. F–G. Same, retrolateral.
Fig. 25 in A revision of the spider genus Zaitunia (Araneae, Filistatidae)
Fig. 25. Palp and somatic characters of Zaitunia martynovae (Andreeva & Tyshchenko, 1969), ♂ from Gandzhina. A, D. Palp, retro- and prolateral. B–C. Terminal part of palp, retro-ventral and prolateral. E. Cephalic part of carapace, dorsal. F. Abdomen, ventral.
Fig. 24 in A revision of the spider genus Zaitunia (Araneae, Filistatidae)
Fig. 24. Somatic characters of Zaitunia martynovae (Andreeva & Tyshchenko, 1969), ♂ from Gandzhina. A, C. Habitus, dorsal and lateral. B, D. Prosoma, dorsal and lateral.
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Allen Brain Atlas
Allen Brain Atlas is an Allen Institute collection of brain map atlases, datasets, APIs, and analysis tools covering mouse, human, and non-human primate brain resources.
Annotated Behaviour and Observability Dataset (ABODe)
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DANDI Archive for NWB datasets
DANDI is a BRAIN Initiative archive for publishing and sharing neurophysiology data, including electrophysiology, optophysiology, and behavioral data packaged as NWB and related standards.
International Brain Laboratory public data
The International Brain Laboratory public data releases expose standardized mouse decision-making experiments, including Neuropixels recordings, widefield calcium imaging, behavior, and session metadata accessed through the ONE API.
OpenNeuro
OpenNeuro is a free, open platform for sharing neuroimaging datasets, with public search, dataset pages, and download paths for web, S3, DataLad, and the OpenNeuro CLI.