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Figure 12 in A molecular and morphological revision of genera of Asterinidae (Echinodermata: Asteroidea)
Figure 12. Abactinal views of Disasterina species. a, Disasterina abnormalis (R = 11 mm, WAM Z6753). b, Disasterina longispina (R = 25 mm, WAM Z6760).
Figure 10. a–d in A molecular and morphological revision of genera of Asterinidae (Echinodermata: Asteroidea)
Figure 10. a–d, Callopatiria granifera (R = 50 mm, NMV F98049); a, mid-ray abactinal primary and secondary plates, spinelets and papulae; b, internal superambulacral (left arrow) and superactinal (right arrow) plates; c, cleared lower lateral ray, with marginal plates, glassy convexities, papulae and secondary plates; d, section through ray showing superactinal (left arrow) and superambulacral (right arrow) plates. e, Disasterina abnormalis (R = 38 mm, WAM Z6749): integument-covered inferomarginal plate (arrow) with two distal sacciform spinelets. f, Disasterina longispina (R = 20 mm, WAM Z6760): abactinal tip of ray, with margin and long upper ray spinelet (arrow). g, Meridiastra atyphoida (R = 12 mm, NMV F87166): minute abactinal conical spinelets. h, Meridiastra occidens (R = 22 mm, NMV F73186): proximal actinal interradius, with oral spines. i, Meridiastra gunnii (R = 40 mm, NMV F73248): interradial margin supported by contiguous projections from abactinal and actinal plates, absence of superambulacral and superactinal plates.
Figure 2 in Pliocene marine mammals from the Whalers Bluff Formation of Portland, Victoria, Australia
Figure 2. Stratigraphic correlation of the Portland fossil marine mammal-bearing formations with selected major late Neogene marine mammalbearing units. Stratigraphy and geochronology are from Barnes (1973, 1977, 1984, 1998), Muizon and DeVries (1985), Muizon and Bellon (1986), Gottfried et al. (1994), Whitmore (1994), Prothero (1998), Fordyce (2002a), Fordyce et al. (2002), Fitzgerald (2004b), Muizon et al. (2004), Barnes et al. (2005) and Gradstein et al. (2004). Abbreviations: AGL, Pisco Formation, Aguada de Lomas level; BL, Batesford Limestone; BRS, Black Rock Sandstone; CLB, Pisco Formation, Cerro la Bruja; ELJ, Pisco Formation, El Jahuay level; GBF, Grange Burn Formation; LAF, Lower Member, Almejas Formation; MTM, Pisco Formation, Montemar level; SAO, Pisco Formation, Sacaco level; SAS, Pisco Formation, Sud-Sacaco level; SDF, San Diego Formation; UAF, Upper Member, Almejas Formation; WBF, Whalers Bluff Formation.
Figure 7 in A molecular and morphological revision of genera of Asterinidae (Echinodermata: Asteroidea)
Figure 7. Longitudinal sections through interradii of Anseropoda species, showing internal contiguous projections from abactinal and actinal plates, and absence (b) of superambulacral plates. a, Anseropoda placenta (R = 56 mm, NMV F98043). b, Anseropoda rosacea (R = 82 mm, NMV F95811).
Figure 8. a in A molecular and morphological revision of genera of Asterinidae (Echinodermata: Asteroidea)
Figure 8. a, Anseropoda placenta (R = 56 mm, NMV F98043): abactinal plates, spinelets, papulae. b, Anseropoda rosacea (R = 82 mm, NMV F95811): adambulacral and actinal plates and sacciform spines. c–d, Asterina gibbosa (R = 19 mm, NMV F45108): c, actinal interradius with gonopores; d, margin supported by internal contiguous projections from abactinal and actinal plates, absence of superambulacral plates. e, Asterina ocellifera (R = 37 mm, BMNH 1969.12.16.13): margin supported by internal contiguous plate projections, absence of superambulacral and superactinal plates. f–h, Asterinides folium (R = 20 mm, USNM 28573): f, abactinal spinelet clusters and papulae; g, actinal interradius with sacciform spines; h, marginal plates with spinelets. i, Asterinides pompom (R = 14 mm, USNM 47866): abactinal plates with paxilliform elevations.
Figure 5 in A molecular and morphological revision of genera of Asterinidae (Echinodermata: Asteroidea)
Figure 5. Forms of spinelets and spines. a, Meridiastra gunnii (NMV F73248): granuliform abactinal spinelets. b, Parvulastra dyscrita (TM H854): globose abactinal spinelets. c, Paranepanthia grandis (NMV F73976): acicular abactinal spinelets. d, Pseudonepanthia gotoi (USNM 36899): splay-pointed abactinal spinelets. e, Parvulastra dyscrita (TM H854): digitiform actinal spines. f, Disasterina longispina (WAM Z6760): sacciform actinal spines.
Figure 4 in A molecular and morphological revision of genera of Asterinidae (Echinodermata: Asteroidea)
Figure 4. Abactinal views, with plates removed and cleared with bleach to show internal morphology. a–b, Parvulastra dyscrita (R = 24 mm, TM H854): a, series of superambulacral plates linking ambulacral and actinal plates; b, superactinal plates linking abactinal and actinal plates to support the interradial margin. c, Meridiastra oriens (R = 28 mm, NMV F73468): margin supported by internal contiguous projections of abactinal and actinal plates (arrow), absence of superambulacral and superactinal plates. d, Patiria miniata (R = 65 mm, NMV F97444): multiple superactinal plate struts supporting interradial margin. e, Pseudonepanthia troughtoni (R = 85 mm, NMV F73013): series of superambulacral plates, and thick internal tisue lining. f, Nepanthia belcheri (R = 40 mm, NMV F95806): transactinal plates extending transversely across actinal inner ray, and thick internal tissue lining.
Figure 3 in A molecular and morphological revision of genera of Asterinidae (Echinodermata: Asteroidea)
Figure 3. Abactinal views of type species of Asterinidae genera (continued; Tremaster mirabilis is figure 17e). a, Patiria miniata (R = 67 mm, NMV F98040). b, Patiriella regularis (R = 31 mm, AM J5594). c, Pseudonepanthia gotoi (R = 74 mm, holotype, USNM 36899). d, Pseudopatiria obtusa (R = 54 mm, holotype, BMNH 1938.6.23.24). e, Stegnaster inflatus (R = 45 mm, NMV F95675). f, Tegulaster emburyi (R = 19 mm, holotype, AM J5605).
Figure 10 in Pliocene marine mammals from the Whalers Bluff Formation of Portland, Victoria, Australia
Figure 10.?Phocidae gen. et sp. indet. (Pliocene Whalers Bluff Formation, Portland, Victoria, Australia), incomplete left mandible, NMV P218465 (AC). A, dorsal view. B, lateral view. C, medial view. Black arrow in B points to mental foramen. Scale bar equals 10 mm
Figure 3 in Two new Middle Miocene spatangoids (Echinoidea) from the Murray Basin, South Australia
Figure 3. Fasciole details of Murraypneustes biannulatus gen. et sp. nov. A, B, oblique lateral view and ambulacrum IV detail above margin of paratype, NMV P312371; C, oblique posterior view of paratype, NMV P312372. Scale bar 10 mm.
Figure 11. a in A molecular and morphological revision of genera of Asterinidae (Echinodermata: Asteroidea)
Figure 11. a, Cryptasterina hystera (R = 11 mm, NMV F98457): abactinal surface with small papulae and granuliform spinelets. b, Parvulastra exigua (R = 10 mm, NMV F98062): abactinal surface with larger papulae and granuliform spinelets.
Figure 9. a–d in A molecular and morphological revision of genera of Asterinidae (Echinodermata: Asteroidea)
Figure 9. a–d, Aquilonastra cepheus: a, cleared ray (R = 17 mm, NMV F95793); b, internal superambulacral (left arrow) and superactinal (right arrow) plates (R = 22 mm, WAM Z6778); c, cleared abactinal plates with some sacciform spinelets (R = 17 mm, NMV F95793); d, abactinal margin (R = 22 mm, WAM Z6778). e, Aquilonastra batheri (R = 19 mm, NMV F97441): abactinal carinal plates with tufts of spinelets. f, Aquilonastra coronata (R = 22 mm, NMV F95796): side of ray with paxilliform elevations on upper ray.
Figure 4 in Cyphoedma n. gen. now described after a century of use, with the addition of a new species from Central America (Geometridae, Ennominae)
Figure 4 Cyphoedma female genitalia. (a) C. ashleyorum n. sp., TAM-2023-291 (USNM 154253), USNMENT01771290, paratype; (b) C. mirafloresa (Dognin), TAM-2023-290 (USNM 154252), USNMENT01771322; (c) C. transvolutata (Walker), TAM-2023-278 (USNM 154249), USNMENT01771320. Scale bar = 2 mm.
Figure 3 in Cyphoedma n. gen. now described after a century of use, with the addition of a new species from Central America (Geometridae, Ennominae)
Figure 3 Cyphoedma male genitalia.(a)C.ashleyorum n. sp., TAM-2023-288 (USNM 154251), USNMENT01771290, paratype,USNM,genital capsule;(b) same, phallus; (c) C.mirafloresa (Dognin), TAM-2023-279 (USNM 154250),USNMENT01771323,genital capsule; (d) same,phallus; (e) C.transvolutata (Walker),TAM-2023-277 (USNM 154248), USNMENT01771293, genital capsule; (f) same, phallus. Scale bar = 2 mm.
Figure 3 Nectopsyche aymore new species. Female. A, segment IX- X in A new species of Nectopsyche Müller, 1879 (Trichoptera: Leptoceridae) and notes on the adults of Nectopsyche splendida (Navás, 1917)
Figure 3 Nectopsyche aymore new species. Female. A, segment IX- X, dorsal; B, segment IX – X, vaginal apparatus, ventral; C, segment IX – X, vaginal apparatus, lateral.
Figure 1 in Pliocene marine mammals from the Whalers Bluff Formation of Portland, Victoria, Australia
Figure 1. Locality of Portland in Victoria, south-east Australia, and the Portland fossil marine vertebrate localities. Fossils have been collected as float along the beach and from adjacent cliffs between Dutton Way and Portland Harbour. Black shading indicates areas of cliff outcrop of the Whalers Bluff Formation.
Figure 4 in A new species of Nectopsyche Müller, 1879 (Trichoptera: Leptoceridae) and notes on the adults of Nectopsyche splendida (Navás, 1917)
Figure 4 Nectopsyche splendida (Navás, 1917). Male. A, inferior appendage, ventral; B, segment IX – X, lateral; C, segment IX, dorsal; D, phallic apparatus in full-erected state, lateral; E, phallic apparatus in relaxed state, lateral. Female. F, segment IX- X, dorsal; G, segment IX – X, vaginal apparatus, ventral; H, segment IX – X, vaginal apparatus, lateral.
Figure 4 in Two new Middle Miocene spatangoids (Echinoidea) from the Murray Basin, South Australia
Figure 4. Apical disk details of Murraypneustes biannulatus gen. et sp. nov. A, holotype NMV P312370; B, drawing of paratype, NMV P312372, showing extent of hydropores (black circles), tubercles (white circles), and gonopores and oculars (black or stippled). Location of posterior oculars (marked *) is assumed. Scale bars 1 mm.
Figure 4 in Pliocene marine mammals from the Whalers Bluff Formation of Portland, Victoria, Australia
Figure 4. Miocene to Recent Kogiidae tympanics. A-B, Kogiidae gen. et sp. indet. (Pliocene Whalers Bluff Formation, Portland, Victoria, Australia), incomplete left tympanic, NMV P218407 (AC). C-D, Kogiidae gen. et sp. undet. (Lower Pliocene Yorktown Formation, Lee Creek Mine, North Carolina, U.S.A.), incomplete left tympanic, USNM 251118. E-F, Scaphokogia cochlearis (Upper Miocene Pisco Formation, Aguada de Lomas level, Arequipa Department, Peru), incomplete left tympanic, USNM 452993. G-H, Kogiidae gen. et sp. undet. (Lower Pliocene Yorktown Formation, Lee Creek Mine, North Carolina, U.S.A.), incomplete right tympanic, USNM 183008. I-J, Kogia breviceps (Recent, Shelley Beach, Victoria, Australia), incomplete left tympanic, NMV C24976. A, C, E, G, I, all in dorsal view. B, D, F, H, J, all in ventral view. Scale bars equal 10 mm.
Figure 5 in A new species of Nectopsyche Müller, 1879 (Trichoptera: Leptoceridae) and notes on the adults of Nectopsyche splendida (Navás, 1917)
Figure 5 Distribution maps. Highlighted in Southeastern Brazil. White triangle: Nectopsyche aymore new species; black triangle and black circle: Nectopsyche splendida (Navás, 1917). Black circle: central points, records without detailed location information.
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Allen Brain Atlas
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Annotated Behaviour and Observability Dataset (ABODe)
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DANDI Archive for NWB datasets
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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.