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Fig. 1 in Evolution and identity of synapsid carpal bones
Fig. 1. Schematic diagrams of a non-therapsid synapsid ("pelycosaur") carpus (A) and a mammaliaform carpus (B), labelled using the canonical and mammalian nomenclatures. Abbreviations: ca, capitate; ce, centrale; di, distal carpal; ha, hamate; int, intermedium; l ce, lateral centrale; lu, lunate; mc, metacarpal; m ce, medial centrale; pis, pisiform; ra, radius; rl, radiale; sc, scaphoid; td, trapezoid; tp, trapezium; tq, triquetrum; ul, ulna; ur, ulnare.
Fig. 3 in Evolution and identity of synapsid carpal bones
Fig. 3. Carpus of non-therapsid Synapsida. A. Euromycter rutenus (Sigogneau-Russell and Russell, 1974), MNHN.F.MCL-2, Valady, France, Sakmarian, left carpus (reversed), dorsal view (redrawn from SigogneauRussell and Russell 1974: fig. 18). B. Cotylorhynchus romeri Stovall, 1937, OMNH 00655, Navina, USA, Kungurian, left carpus (reversed), dorsal view (redrawn from Stovall et al. 1966: fig. 13, left). C. Ophiacodon retroversus Cope, 1878, MCZ 1203, Rattlesnake Canyon, USA, Wichita Group, Cisuralian, right carpus, dorsal view. D. Edaphosaurus boanerges Romer and Price, 1940, NHMUK R 9204 (cast), Geraldine, Archer County, USA, Wichita Group, Cisuralian, left carpus (reversed), dorsal view. E. Dimetrodon milleri Romer, 1937, MCZ 1365 (cast), Archer, USA, Putnam Formation, Cisuralian, right carpus, dorsal view. Photographs (C1– E1) and interpretative drawings (C2–E2). Abbreviations: di, distal carpal; int, intermedium; l ce, lateral centrale; m ce, medial centrale; pis, pisiform; ra, radius; rl, radiale; ul, ulna; ur, ulnare.
Figure 6 in The identity of juvenile Polynoidae (Annelida) in the Southern Ocean revealed by DNA taxonomy, with notes on the status of Herdmanella gracilis Ehlers sensu Augener
Figure 6. Haplotype network of 20 haplotypes based on Austrolaenilla antarctica and Herdmanella gracilis mtCO1 data: a, representing 91% connection limit; b, representing 95% limit. Small black circles represent unsampled haplotypes, large circles represent the sampled haplotypes with their size proportional to the frequency of the haplotype (n = 1, 2 and 7). Numbers in the shapes correspond to haplotype identification numbers (see table 2). Different geographical locations are coded—white circles are Amundsen Sea BIO4, 500-m depth; light grey circles are BIO4, 1500-m depth; dark grey circles are BIO3; cross-hatched circles are Weddell Sea; horizontal hatched circles are Elephant Island; and black circles are South Georgia.
Figure 4 in The identity of juvenile Polynoidae (Annelida) in the Southern Ocean revealed by DNA taxonomy, with notes on the status of Herdmanella gracilis Ehlers sensu Augener
Figure 4. Phylogenetic tree from Bayesian consenus analysis based on CO1 (mtDNA) only. Stars represent significant node values (≥95%) for Bayesian posterior probabilities. Clade numbers and letters refer to table 2 and the main text.
Figure 2 in The identity of juvenile Polynoidae (Annelida) in the Southern Ocean revealed by DNA taxonomy, with notes on the status of Herdmanella gracilis Ehlers sensu Augener
Figure 2. Juvenile Polynoidae: a, image of live specimens agreeing morphologically with Herdmanella gracilis Ehlers, 1908; b, detail of specimen; c, drawing of H. gracilis from the orginal description published by Ehlers (1908).
Figure 1 in The identity of juvenile Polynoidae (Annelida) in the Southern Ocean revealed by DNA taxonomy, with notes on the status of Herdmanella gracilis Ehlers sensu Augener
Figure 1. Map showing sampling localities. Black circles refer to BIOPEARL I samples, grey circles to BIOPEARL II samples, grey square to ANDEEP III samples and black triangle to ANDEEP-SYSTCO samples.
Figure 3 in The identity of juvenile Polynoidae (Annelida) in the Southern Ocean revealed by DNA taxonomy, with notes on the status of Herdmanella gracilis Ehlers sensu Augener
Figure 3. Presence of cephalic peaks in juvenile polynoids: a, type 1 juvenile of Harmothoe fuligineum—cephalic peaks clearly present (arrowed); b, type 2 juvenile—cephalic peaks absent, consistent with H. gracilis Ehlers, 1908.
FIG. 2 in Morphological and phylogenetic data confirm the identity of Prasiola fluviatilis (Prasiolales, Trebouxiophyceae) from glacier streams in the Tianshan Mountains, China
FIG. 2.— Morphology of Prasiola fluviatilis (Sommerfelt) Areschoug ex Lagerstedt: A, B, thalli; C, D, vegetative cells; E, F, cells in the lower part of the blade; G, cells in the upper portion of the thallus; H, uniseriate branches. Scale bars: A, B, 1 cm; C, D, 100 µm; E-H, 20 µm.
FIG. 1 in Morphological and phylogenetic data confirm the identity of Prasiola fluviatilis (Prasiolales, Trebouxiophyceae) from glacier streams in the Tianshan Mountains, China
FIG. 1. — Habitat of Prasiola fluviatilis (Sommerfelt) Areschoug ex Lagerstedt: A, streams under a glacier; B, population of P. fluviatilis.
FIG. 5 in Morphological and phylogenetic data confirm the identity of Prasiola fluviatilis (Prasiolales, Trebouxiophyceae) from glacier streams in the Tianshan Mountains, China
FIG. 5.— Global distribution of Prasiola fluviatilis (Sommerfelt) Areschoug ex Lagerstedt (blue: glacier area [GLIMS and NSIDC 2005, updated 2019]; Ϙ, occurrence records based on morphology; Δ, occurrence records based on morphology and molecular evidence)
BDS Spo. Ident., Mang., and To.: Lah. & Khj.
<p>BeiDou spoofing attacks in VANETs</p>
Figs 1–8 in On The Identity And Systematic Position Of Hysteropterum Pictifrons Melichar, 1906 (Homoptera: Cicadina, Issidae)
Figs 1–8. Bubastia pictifrons (MELICHAR), male (lectotype) and female (paralectotype): 1 = male head (ventral view), 2 = male head (dorsal view), 3 = penis (ventral view), 4 = penis (lateral view), 5 = male anal tube (dorsal view), 6 = male anal tube (lateral view), 7 = female anal tube (dorsal view), 8 =
Figure 2a-h. Scolopendra aztecorum, syntype NMP P6E-1303. a in On the true identity of Scolopendra aztecorum Verhoeff, 1934 (Chilopoda: Scolopendromorpha: Scolopendridae)
Figure 2a-h. Scolopendra aztecorum, syntype NMP P6E-1303. a) Head, dorsal. b) Tergite 1. c) Forciples. d) Toothplates. e) Tergite 21. f) Prefemur of leg pair 21, dorsal. g) Posterior segments, ventral. h) Posterior segments, lateral, right leg 20 showing the two tarsal spurs (ts).
Figure 1 in On the true identity of Scolopendra aztecorum Verhoeff, 1934 (Chilopoda: Scolopendromorpha: Scolopendridae)
Figure 1. Map showing the type locality of Scolopendra aztecorum syntypes. Mexico, Baja California Sur, 1) La Paz and 2) Los Inocentes.
Figure 1. – 3D in On the identity of the West African killifish Aphyosemion maeseni Poll, 1941 (Cyprinodontiformes: Aplocheilidae)
Figure 1. – 3D Microscan reconstruction of the head and anterior portion of the trunk, left lateral view. A: Holotype of Aphyosemion maeseni, MRAC P 66392, male, 37 mm of total length; B: Holotype of Nimbapanchax leucopterygius, MRAC P-66392, male, 55 mm of total length. E3, E4, epineural ribs of vertebrae 3 and 4; N2, N5, neural processes of vertebrae 2 and 5.
Figure 2. – 3D in On the identity of the West African killifish Aphyosemion maeseni Poll, 1941 (Cyprinodontiformes: Aplocheilidae)
Figure 2. – 3D Microscan reconstruction of the head and anterior portion of the trunk, ventral view. A: Holotype of Aphyosemion maeseni, MRAC P 66392, male, 37 mm total length; B: Holotype of Nimbapanchax leucopterygius, MRAC P-66392, male, 55 mm of total length. E2, epineural rib of vertebra 2.
Figure 4 in The true identity of the enigmatic Acontista cubana Zayas, 1976 (Mantodea: Acontistidae): a new synonymy in Caribbean mantids
Figure 4. Adults of Callimantis antillarum from Puerto Rico photographed alive in nature, full-body views to show chromatic variation: males (e, f, h) and females (a, b, c, d, g). Photos courtesy Fr. Alejandro Sánchez (a, d, h), Benny Díaz (b, f), Guillermo Plaza (c, g) and Johann D. Crespo (e).
Figure 5 in The true identity of the enigmatic Acontista cubana Zayas, 1976 (Mantodea: Acontistidae): a new synonymy in Caribbean mantids
Figure 5. Precise records of Callimantis antillarum in Cuba, detail and overview (inset on upper right corner).
Fig. 3 in The true identity of the enigmatic Acontista cubana Zayas, 1976 (Mantodea: Acontistidae): a new synonymy in Caribbean mantids
Fig. 3. Adults of Callimantis antillarum from Hispaniola (Dominican Republic) photographed alive in nature, full-body views to show chromatic variation: males (d, e, g, h), females (a, c, f) and mating pair (b). Photos courtesy Carlos de Soto Molinari.
Figure 1 in The true identity of the enigmatic Acontista cubana Zayas, 1976 (Mantodea: Acontistidae): a new synonymy in Caribbean mantids
Figure 1. Adults of Callimantis antillarum from Cuba, preserved dry-pinned, full-body views to show chromatic variation: a) from left to right: two males from Playa Verraco, male and female from Alto de La Farola (topotypes of Acontista cubana), and female from Imías, all five specimens from IES collection; b) close-ups of female syntype (left, copied from the original description) and female from Playa Verraco, from SY collection. Scale bars in centimeters with millimeter subdivisions, not applicable to the syntype because neither scale bar nor actual size were explicitly given for this specimen by Zayas (1976).
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These curated guides explain access requirements, typical timelines, costs, and reuse considerations for widely used research datasets.
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.