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FIGURES 52–59 in Elhamma Walker (Lepidoptera: Hepialidae) revisited: adult morphology, assessment of recently proposed synonyms and descriptions of two species
FIGURES 52–59. SEM micrographs of tarsus and antenna morphology. 52: tarsus of E. australasiae; 53–54: tarsus of E. toxopeusi; 55–59: antennae of E. australasiae; 55: terminal segment showing several sensilla chaetica (Sc); 56: tip of terminal segment showing two potential sensilla auricillica (Sau); 57: detail of terminal segment showing sensilla chaetica and sensilla trichodea (St); 58: ordinary flagellum segments, arrows are indicating positions of sensilla auricillica; 59: detail of 58 showing sensilla auricillica. Abbreviations not previously used: Au, arolium; Pu, pulvillus; TC, tarsal claw. Scale bars: 52–53: 100 µm; 54, 58: 20 µm; 55: 10 µm; 56: 1 µm; 57, 59: 2 µm.
FIGURES 42–46. E in Elhamma Walker (Lepidoptera: Hepialidae) revisited: adult morphology, assessment of recently proposed synonyms and descriptions of two species
FIGURES 42–46. E. viettei, male wings and genitalia morphology. 42: Wings; 43: Genitalia, 'classic' slide preparation; 44: Genitalia, ethanol preparation, posterior view; 45: Genitalia, ethanol preparation, lateral view with valva removed—note 'in vivo' position of S8; 46: Sternum 8, posterior view.
FIGURES 39–41. E in Elhamma Walker (Lepidoptera: Hepialidae) revisited: adult morphology, assessment of recently proposed synonyms and descriptions of two species
FIGURES 39–41. E. grehani, male wings and genitalia morphology. 39: Wings; 40: Genitalia, 'classic' slide preparation; 41: Sternum 8, posterior view.
FIGURES 36–38. E in Elhamma Walker (Lepidoptera: Hepialidae) revisited: adult morphology, assessment of recently proposed synonyms and descriptions of two species
FIGURES 36–38. E. roebkei, male wings and genitalia morphology. 36: Wings; 37: Genitalia, 'classic' slide preparation; 38: Sternum 8, posterior view.
FIGURES 47–51. E in Elhamma Walker (Lepidoptera: Hepialidae) revisited: adult morphology, assessment of recently proposed synonyms and descriptions of two species
FIGURES 47–51. E. toxopeusi, male wings and genitalia morphology. 47: Wings; 48: Genitalia, 'classic' slide preparation; 49: Genitalia, ethanol preparation, posterior view; 50: Genitalia, ethanol preparation, lateral view with valva removed—note 'in vivo' position of S8; 51: Sternum 8, posterior view.
FIGURES 33–35. E in Elhamma Walker (Lepidoptera: Hepialidae) revisited: adult morphology, assessment of recently proposed synonyms and descriptions of two species
FIGURES 33–35. E. diakonoffi, male wings and genitalia morphology. 33: Wings; 34: Genitalia, 'classic' slide preparation; 35: Sternum 8, posterior view.
FIGURES 21–22 in Elhamma Walker (Lepidoptera: Hepialidae) revisited: adult morphology, assessment of recently proposed synonyms and descriptions of two species
FIGURES 21–22. Details of meso- and metathorax morphology of E. austrlasiae (BMNH Micro-33263). 21: mesothorax, anterior view; 22: metafurca, lateral view.. Abbreviations not previously used: Ar, prealar arm; Cs, coxal sulcus; Dast, dorsal tooth of anepisternum; Fs, furcal stem; Mb-S, mesolongitudinal basisternal sulcus; Pfa, primary furcal arms; Ph1, first phragma; Pcs, paracoxal sulcus; Pks2, posterior section of katepisternum; Sfa, secondary furcal arms; Tn, trochantin; Vast, ventral tooth of anepisternum.
FIGURES 29–32. E in Elhamma Walker (Lepidoptera: Hepialidae) revisited: adult morphology, assessment of recently proposed synonyms and descriptions of two species
FIGURES 29–32. E. australasiae, female wings and genitalia morphology. 29: Wings; 30: Genitalia, terminal view; 31: Spermatheca; 32: Genitalia, lateral view. Abbreviations not previously used: Al, antevaginal lamella; An, anus; Cb, corpus bursae; Db, ductus bursae; Sub, subanal plate; T8 abdomen tergum 8.
FIGURES 19–20 in Elhamma Walker (Lepidoptera: Hepialidae) revisited: adult morphology, assessment of recently proposed synonyms and descriptions of two species
FIGURES 19–20. Details of prothorax morphology of E. australasiae (BMNH Micro-33263). 19: Prothorax frontal view. 20: Proendosternum, lateral view. Abbreviations not previously used: Adp, anterior dorsal plate; Br, prosternal bridge; Es, episternum; Est; episternal tooth; Ks, Katepisternum; Lc, laterocervicale; Pa, patagium, Pf, profurcal arm; Ps, prosternum; Psp, prospina; Sl, prosternal lamella.
FIGURES 15–18 in Elhamma Walker (Lepidoptera: Hepialidae) revisited: adult morphology, assessment of recently proposed synonyms and descriptions of two species
FIGURES 15–18. Details of head morphology of E. australasiae (BMNH Micro-33263). 15: frontal view, flagellum of right antenna removed except two segments, entire left antenna removed; 16: ventral view, eyes not drawn completely; 17: posterior view; 18: tentorial arm, lateral view. Abbreviations not previously used: Ata; anterior tentorial arm; Ct, corporotentorium; Dc, dorsal cranial condyle; Dt, dorsal tentorial arm; Fc, frontoclypeus; Lfp, sclerotised lateral process of the occipital foramen; Md, mandible, Oc, occipital condyle; Of, occipital foramen; Or, organ of vom Rath; Os, occipital sulcus; P, labial palp; Po, postlabial "wart"; Prb, proboscis vestige; Prl, prelabium, Rf, sclerotised rim of occipital foramen; Tp; tergopleural apodeme Vc, ventral cranial condyle; Vt, ventral tentorial tooth.
FIGURES 13–14 in Elhamma Walker (Lepidoptera: Hepialidae) revisited: adult morphology, assessment of recently proposed synonyms and descriptions of two species
FIGURES 13–14. Overview of head and thorax skeletal morphology of E. australasiae (BMNH Micro-33263). 13: dorsal view; 14: lateral view. Abbreviations: Ac, antecoxale; As, anepisternum; As-S, anterolateral scutal sulcus; Awp, anterior notal wing process; Ba, basalare; Bs, basisternum; Ca, chorda axillaris; Cx, coxa; Ec, eucoxa; Em, epimeral margin; Eps, epicranial sulcus; Me, meron; Mp, median notal wing process; Ms-S, mesoscutal sulcus; Pep, preepisternum; Pl, pleural sulcus; Plwp, pleural wing process; Pom, post medial notal wing process; Pr, precoxal sulcus; Pwp, posterior notal wing process; Sa, subalare; Sct, scutum; Sctl, scutellum; Stg, subtegula; Su, sualare; Tf, tergal fissure; Tg, tegula; Tls, apical tooth of lateral scutal sulcus; T1, 1st abdominal tergum; Tp, tergopleural apodeme. Numbers after an abbreviation refer to: 1 = prothorax; 2 = mesothorax; 3 = metathorax.
FIGURES 23–28. E in Elhamma Walker (Lepidoptera: Hepialidae) revisited: adult morphology, assessment of recently proposed synonyms and descriptions of two species
FIGURES 23–28. E. australasiae, male wings and genitalia morphology. 23: Wings; 24: Genitalia, 'classic' slide preparation; 25: Genitalia, ethanol preparation, posterior view; 26: Genitalia, ethanol preparation, lateral view with valva removed; 27: Sternum 8, posterior view; 28: Sternum 8, dorsal view. Abbreviations not previously used: Dpa, dorsal pseudoteguminal arm; Ip, intermediate plate; Ju, juxta; Pt, pseudotegumen; Scu, saccullus; Sus, saccus; Tru, trulleum; Va, valva; Vh, valva hook; Vi, vinculum; Vpa, ventral pseudoteguminal arm.
FIGURES 1–12 in Elhamma Walker (Lepidoptera: Hepialidae) revisited: adult morphology, assessment of recently proposed synonyms and descriptions of two species
FIGURES 1–12. Exemplars of all Elhamma species: 1–4, E. australasiae; 1—female, 2–4—males (2 is E. inconcluso Holotype); 5, E. diakonoffi male (Holotype); 6, E. roebkei male (Holotype); 7–8, E. grehani males (7 is Holotype, 8 is paratype RMNH INS 910279); 9–10, E. viettei males (9 is Holotype, 10 is paratype RMNH INS 910276); 11–12, E. toxopeusi males (11 is Holotype, 12 is the non-type RMNH INS 910272).
FIGURES 68–75 in Elhamma Walker (Lepidoptera: Hepialidae) revisited: adult morphology, assessment of recently proposed synonyms and descriptions of two species
FIGURES 68–75. SEM micrographs of wing vestiture. 68–70: E. grehani; 68: overview showing cover scales and ground scales; 69: detail of cover scale, abwing surface; 70: detail of cover scale adwing surface; 71–72: E. viettei; 71: overview showing cover scales and ground scales; 72: detail of cover scale, abwing surface; 73–75: E. toxopeusi. 73: overview showing cover scales and ground scales; 74: detail of cover scale, abwing surface; 75: detail of cover scale adwing surface. Abbreviation not previously used: P, pore. Scale bars: 68, 73: 10 µm; 71: 20µm; 69–70, 72, 74–75: 1 µm.
FIGURE 1 in On some recent taxonomic advancement and the resultant problems in the arboreal skink genus Dasia Gray, 1839 (Reptilia: Scincidae)
FIGURE 1. (a) a specimen of Dasia haliana (BMNH 1908.3.19.3), which was designated as the lectotype of D. haliana by Wickramasinghe et al. (2011), photo: P. D. Campbell; (b) the holotype of Dasia subcaerulea (BMNH 1946.8.15.55), photo: P. D. Campbell; (c) the holotype of Dasia johnsinghi (ZSIC 25946), reproduced from Harikrishnan et al. (2012) © Zootaxa; (d) Dasia haliana from Anuradhapura, Sri Lanka, photo: C. Amarasinghe; (e) Dasia cf. subcaerulea from Agumbe, Central Western Ghats, India, photo: R. Sreekar; (f) Dasia johnsinghi from Kalakkad Mundanthurai Tiger Reserve, India, photo: S. Karthikeyan.
FIGURE 13 in Deep-sea serpulids (Annelida: Polychaeta) in tetragonal tubes: on a tube convergence path from the Mesozoic to Recent
FIGURE 13. Tube ultrastructures of Zibrovermilia zibrowii gen. et sp. nov. PIN 5485/17. A—longitudinal wall section, Benlarged outer part showing outer layer consisting of elongated crystals orientated perpendicular to outer surface, C—enlarged middle wall part consisting of small isometric crystals, D—enlarged inner wall part with smallest isometric crystals, E—tube cross-section, G—enlarged cross-section through edge showing separation of inner wall layer, dark area to the right is an artefact (cutting trace), F—another enlarged cross-section through edge, H—details of outer wall part with clearly visible outer layer, I—details of middle wall part, J—details of inner wall part showing layer consisting of smallest isometric crystals. Abbreviation: o. s. ‒ outer tube surface.
FIGURE 19 in Deep-sea serpulids (Annelida: Polychaeta) in tetragonal tubes: on a tube convergence path from the Mesozoic to Recent
FIGURE 19. Tube ultrastructures of fossil tetragonal serpulid Tubulostium discoideum PIN 5485/24. A-E: longitudinal wall section, A—general view, B—enlarged outer part showing irregularly shaped crystals forming homogenous angular crystal (HAC) structure, C—enlarged axial part of parabolic growth lamellae showing simple prismatic (SP) structure, D—contact zone between outer layer and middle layer with homogenous granular (HG) structure, marked with non-rectilinear appearance of boundary between layers, E—internal wall part showing middle layer with HG structure and thin inner layer with slightly recrystallized simple prismatic (SP) or spherulitic prismatic (SPHP) structure; F-H: transverse section, F—view of sectioned spiral tube, G—view of wall cross-section through lateral side, H—same, through upper tube side. Abbreviations: o. s.—outer tube surface, i. s.—inner tube surface, c. l.—cementing layers, I—outer tube layer, II—middle tube layer, III—inner tube layer.
FIGURE 8 in Deep-sea serpulids (Annelida: Polychaeta) in tetragonal tubes: on a tube convergence path from the Mesozoic to Recent
FIGURE 8. Photos and SEM images of Bathyvermilia gregrousei sp. nov. A–F: AM W.46400, photos, A—radiolar crown with operculum, B—lateral view of thorax, C, D—tubes with animals inside, E—operculum on thin smooth opercular peduncle, F—lateral view of thorax. G-J: AM W.46401, SEM images, G—lateral view of the thorax, H, I—tube fragments, Jtube cross-section.
FIGURE 7 in Deep-sea serpulids (Annelida: Polychaeta) in tetragonal tubes: on a tube convergence path from the Mesozoic to Recent
FIGURE 7. Photos and SEM images of Spirodiscus groenlandicus comb. nov. AM W.46398. A: tube photo, B–L: SEM images, B—anterior view of the tube entrance, C—anterior view of an animal, D—close-up view of radiolar crown with operculum, E—thoracic membranes, F—collar chaetae, G—thoracic uncini, H—thoracic uncini, I—abdominal chaeta, Jabdominal uncini, K and L—posterior part of abdomen showing flat geniculate and capillary chaetae.
FIGURE 12 in Deep-sea serpulids (Annelida: Polychaeta) in tetragonal tubes: on a tube convergence path from the Mesozoic to Recent
FIGURE 12. Photos and SEM images of Hyalopomatus dieteri sp. nov. A–B: MNHN POLY TYPE 1564, photos, A—distal view of radioles and operculum on thin smooth peduncle, B—lateral view of thorax and basal part of radiolar lobes. C–J: paratype AM W.46386, SEM images, C—bundle of collar chaetae with fin-and-blade chaetae, D—close-up view of fin-andblade collar chaetae, E—thoracic chaetae, F—anterior thoracic uncini, G—close-up view of anterior pegs of thoracic uncini, H—distal part of abdominal chaeta, I—abdominal uncini, J ‒ anterior pegs of abdominal uncini.
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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)
ABODe is a University of Edinburgh DataShare dataset for behavior classification in group-housed mice using home-cage video, identities, bounding boxes, ground-plate positions, and annotator labels.
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.