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Figures 31–49 in Taxonomic relationships between Pachycerus and Rhabdorrhynchus (Coleoptera: Curculionidae: Lixinae), with descriptions of two new species of Rhabdorrhynchus from the Arabian Peninsula
Figures 31–49. Rhabdorrhynchus menetriesi, Anatolia, Kaptanmaras¸, ♂. Hind tarsus (33). Hind wing (36). Scape and first segments of antenna (37). Segment 7 of antenna and club (42). Blade of proventriculus (47). Rhabdorrhynchus karelini, Kyrgyzstan, Issyk-Kul, ♀. Sternite VIII (44); ovipositor (49). Pachycerus segnis, Anatolia, Izmir, ♀. Hind tarsus (31). Hind wing (34). Scape and first segments of antenna (39). Segment 7 of antenna and club (40). Blade of proventriculus (45). Sternite VIII (43). Ovipositor (48). Rhabdorrhynchus sauditus, holotypus ♀. hind tarsus (32). Hind wing (35). Scape and first segments of antenna (38). Segment 7 of antenna and club (41). Blade of proventriculus (46). Scale bars: 34–36, 2 mm;31–33, 1 mm; 37–39 and 43–49, 0.5 mm; 40–42, 0.2 mm.
Figure 7. One subtree from a in Two new basal crocodylomorph archosaurs from the Lower Jurassic and the monophyly of the Sphenosuchia
Figure 7. One subtree from a reduced consensus analysis using the RadCon program (Thorley & Page, 2000). The MPTs from the phylogenetic analyses with characters 22 and 23 ordered or replaced by binary characters produced slightly different sets of reduced consensus subtrees. This subtree, from the analysis with 22 and 23 ordered, shows the sphenosuchian Terrestrisuchus closer to the crocodyliforms Protosuchus and Alligator, a relationship not found in any subtree of the other analysis.
Figure 6 in Two new basal crocodylomorph archosaurs from the Lower Jurassic and the monophyly of the Sphenosuchia
Figure 6. Strict consensus (A) and Adams consensus (B) of 151 most parsimonious trees (MPTs) resulting from the PAUP analysis of the data matrix in Table 1 (outgroups omitted in figure). Each MPT has a length of 64 steps, a Consistency Index (C.I.) of 0.609, and a Retention Index (R.I.) of 0.679. Reanalysis with characters 22 and 23 recoded as pairs of additive binary characters recovered 38 MPTs, each with a length of 62 steps, and with a less resolved strict consensus, but the Adams consensus, C, shows much more resolution.
Figure 5 in Two new basal crocodylomorph archosaurs from the Lower Jurassic and the monophyly of the Sphenosuchia
Figure 5. Kayentasuchus walkeri gen. et sp. nov. Holotype. Lateral view of right ilium and femur. Abbreviations: at =?antitrochanter; tq = fourth trochanter; pi.t = possible homologue of pseudointernal trochanter in Hallopus (Walker, 1970). Scale bar = 1 cm.
Figures 49–56 in Descriptions of two new species of Anomalosiphum (Hemiptera: Aphididae, Greenideinae), including a winged ovipara with pedunculate eggs
Figures 49–56. Pedunculate eggs of aphids: 49, Anomalosiphum mendeli; 50, Eutrichosiphum sp.; 51, Greenidea (Trichosiphum) okajimai; 52, Allotrichosiphum kashicola; 53, Schoutedenia lutea; 54, Neophyllaphis podocarpi; 55, Neophyllaphis (Chileaphis) podocarpini; 56, Aiceona himalaica.
Figures 18–27 in Descriptions of two new species of Anomalosiphum (Hemiptera: Aphididae, Greenideinae), including a winged ovipara with pedunculate eggs
Figures 18–27. Anomalosiphum mendeli sp. nov., alate ovipara, holotype: 18, body; 19, head and pronotum; 20, ant. segm. III & IV; 21, ant. segm. V; 22, urs; 23, ht2; 24, marginal abd. sclerites; 25, siph.; 26, posterior abd.; 27, posterior abd., ventral view. apd = apodeme of rudimentary ovipositor; apl = anal plate; gpl = genital plate; p = posttergite; rg = rudimentary gonapophyses.
Figure 1 in Two new basal crocodylomorph archosaurs from the Lower Jurassic and the monophyly of the Sphenosuchia
Figure 1. Litargosuchus leptorhynchus gen. et sp. nov. Skull in (A) dorsal and (B) ventral views. Abbreviations for Figs 1, 2: ao.f = antorbital fenestra; ar = articular; cb = ceratobranchial I; d = dentary; e.m = external mandibular fenestra; ec = ectopterygoid; en = external naris; f = frontal; j = jugal; l = lacrimal; m = maxilla; n = nasal; or = orbit; p = parietal; pl = palatine; pm = premaxilla; prf = prefrontal; po = postorbital; po.p = paroccipital process; pt = pterygoid; q = quadrate; sq = squamosal; sp. = splenial; v = vomer. Scale bar = 1 cm.
Figure 4 in Two new basal crocodylomorph archosaurs from the Lower Jurassic and the monophyly of the Sphenosuchia
Figure 4. Kayentasuchus walkeri gen. et sp. nov. Holotype skull. A, ventral view of the braincase with its floor removed. B, medial view of the side wall of the braincase. Abbreviations: bs.s = space within the body of the basisphenoid; en.d = endolymphatic duct; ls = laterosphenoid; m.an = mastoid antrum; ot = otoccipital; p = parietal; po.p = paroccipital process; pt.f = post-temporal foramen; pr = prootic; q = quadrate; so = supraoccipital; sq = squamosal; ve = vestibule; VIII = foramen for cranial nerve VIII (n. vestibulo-cochlearis). Scale bar = 1 cm.
Figures 1–17 in Descriptions of two new species of Anomalosiphum (Hemiptera: Aphididae, Greenideinae), including a winged ovipara with pedunculate eggs
Figures 1–17. Anomalosiphum mendeli sp. nov., paratypes. Figs 1–9, alate vivipara: 1, body; 2, head and pronotum; 3, ant. flagellum; 4, variant of ant. segm. V; 5, urs; 6, ht2; 7, marginal abd. setae and marginal papilla; 8, siph.; 9, posterior abd. Figs 10, 11, alate male: 10, ant. flagellum; 11, posterior abd., ventral view. Figs 12, 13, embryo: 12, body; 13, rostrum. Figs 14–17, alatoid nymph: 14, body; 15, head and pronotum; 16, ant. flagellum; 17, siph.
Figure 2 in Two new basal crocodylomorph archosaurs from the Lower Jurassic and the monophyly of the Sphenosuchia
Figure 2. Litargosuchus leptorhynchus gen. et sp. nov. Skull in (A) left lateral and (B) right lateral views. Scale bar = 1 cm.
Figures 41–48 in Descriptions of two new species of Anomalosiphum (Hemiptera: Aphididae, Greenideinae), including a winged ovipara with pedunculate eggs
Figures 41–48. Variations observed in two populations of Anomalosiphum tiomanense. Figs 41–44, type specimens from West Malaysia: 41, aptera, head and pronotum; 42, alata, posterior abdomen; 43, 44, embryo with rostrum. Figs 45–48, specimens from Hong Kong: 45, aptera, head and pronotum; 46, alata, posterior abdomen; 47, 48, embryo with rostrum.
Figure 3 in Two new basal crocodylomorph archosaurs from the Lower Jurassic and the monophyly of the Sphenosuchia
Figure 3. Kayentasuchus walkeri gen. et sp. nov. Holotype skull. A, left lateral view of reconstructed skull; shape of dentary probably distorted during fossilization. B, posterior view of occiput as preserved. Abbreviations: ao.f = antorbital fenestra; d = dentary; e.m = external mandibular fenestra; f. m = foramen magnum; g = lateral groove on squamosal; j = jugal; l = lacrimal; m = maxilla; n = nasal; or = orbit; ot = otoccipital; p = parietal; pm = premaxilla; po.p = paroccipital process; pt.f = post-temporal fenestra; so = supraoccipital; sq = squamosal. Scale bar = 1 cm.
Figures 57–61 in Descriptions of two new species of Anomalosiphum (Hemiptera: Aphididae, Greenideinae), including a winged ovipara with pedunculate eggs
Figures 57–61. Posterior abdomen of alate oviparous aphids: 57, Neophyllaphis grobleri, ventral view; 58, Neophyllaphis (Chileaphis) podocarpini, ventral view; 59, 60, Eutrichosiphum garhwalense, dorsal and ventral views; 61, Aiceona himalaica, lateral view. apd = apodeme of rudimentary ovipositor; apl = anal plate; c = cauda; gpl = genital plate; rg = rudimentary gonapophyses; st VII = stigma of abd. segm. VII; VII, VIII = tergites VII, VIII.
Figs 8–14 in Two new species of Mascaromyia Bickel, 1994 (Diptera: Dolichopodidae) from Mauritius Island
Figs 8–14. Mascaromyia rochati sp. n., male. 8 – habitus; 9 – head; 10 – antenna; 11 – fore femur and tibia; 12 – fore tarsus; 13 – wing; 14 –hypopygium after maceration, lateral view, transmitted light. Рис. 8–14. Mascaromyia rochati sp. n., самец. 8 – общий виΑ; 9 – гоΛова; 10 – усик; 11 – переΑнее беΑро и гоΛень; 12 – переΑняя Λапка; 13 – крыΛо; 14 – гипопигий посΛе размачивания, виΑ сбоку, прохоΑящий свет.
Figs 1–6 in Two new species of the genus Panau (Lepidoptera: Cossidae) from the Philippines and Indonesia, with the redescription of Panau variegatum
Figs 1–6. Panau spp., males (holotypes). 1–2, P. variegatum (Roepke, 1957); 3–4, P. lourensi sp. nov.; 5–6, P. tanimbari sp. nov. Habitus in dorsal view and labels (1); habitus in dorsal view (3, 5); male genitalia in frontal view and aedeagus in lateral view (2, 4, 6). Scale bars (1, 3, 5): 1 mm.
Figs 1–7 in Two new species of Mascaromyia Bickel, 1994 (Diptera: Dolichopodidae) from Mauritius Island
Figs 1–7. Mascaromyia courtoisi sp. n., male. 1 – habitus; 2 – head; 3 – antenna; 4 – fore femur and tibia; 5 – wing; 6 – hypopygium after maceration, lateral view, reflected light; 7 – hypopygium after maceration, lateral view, transmitted light. Рис. 1–7. Mascaromyia courtoisi sp. n., самец. 1 – общий виΑ; 2 – гоΛова; 3 – усик; 4 – переΑнее беΑро и гоΛень; 5 – крыΛо; 6 – гипопигий посΛе размачивания, виΑ сбоку, отраженный свет; 7 – гипопигий посΛе размачивания, виΑ сбоку, прохоΑящий свет.
Fig. 1 in An instance of intergeneric copulation in the family Rhopalidae (Heteroptera): structure, functioning and congruence of the genitalia in two different species from the standpoint of the lock-and-key hypothesis
Fig. 1. Copulation of Corizus hyoscyami (male) and Rhopalus parumpunctatus (female), Novgorod Province. Photograph by E.Yu. Kirtsideli.
Fig. 12 in An instance of intergeneric copulation in the family Rhopalidae (Heteroptera): structure, functioning and congruence of the genitalia in two different species from the standpoint of the lock-and-key hypothesis
Fig. 12. Female internal ectodermal genitalia in Corizus hyoscyami. b.g.c, basal part of gynatrial cone; a.g.c, apical part of gynatrial cone; l.p.g, lateral pouches of gynatrial sac. The basal part of gynatrial cone is shown in more or less dorso-ventral plane. Scale bar: 0.14 mm.
Fig. 6 in An instance of intergeneric copulation in the family Rhopalidae (Heteroptera): structure, functioning and congruence of the genitalia in two different species from the standpoint of the lock-and-key hypothesis
Fig. 6. Completely inflated aedeagus of Rhopalus parumpunctatus. Dry preparation in dorsal view. Scale bar: 0.14 mm
Figs 10, 11 in An instance of intergeneric copulation in the family Rhopalidae (Heteroptera): structure, functioning and congruence of the genitalia in two different species from the standpoint of the lock-and-key hypothesis
Figs 10, 11. Female terminalia in Rhopalus parumpunctatus. 10, external terminalia, ventral view; 11, internal ectodermal genitalia, dorsal view. b.g.c, basal part of gynatrial cone; a.g.c, apical part of gynatrial cone; gon, gonangulum; gp.I, gonapophysis I; f.d.w, fold on dorsal wall of basal part of gynatrial cone; gp.II, gonapophysis II; gx.VIII, gonocoxite VIII; gx.IX, gonocoxite IX; l.p.g, lateral pouches of gynatrial sac; lt.VIII, laterotergite VIII; lt.IX, laterotergite IX; prg, proctiger; sp.d, spermathecal duct. At fig. 10, the genital plates are shown somewhat driven apart and the inner margins of laterotergites IX are shown slightly turned ventrally; at fig. 11, the basal part of gynatrial cone is shown in more or less dorso-ventral plane. Scale bar: 0.14 mm.
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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.