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Fig. 1 in Surveys on Baylisascaris procyonis in two of the three French wild raccoon populations
Fig. 1. Distribution of the raccoons sampled in zone A (program 1 green dots and program 2 purple dots), zone B (program 3, orange dots) and zone C (program 4, in pink dots). The red star-spot correspond to the raccoon found infected by Baylisascaris procyonis. (For interpretation of the references to color in this figure legend, the reader is referred to the Web version of this article.)
Fig. 3 in Surveys on Baylisascaris procyonis in two of the three French wild raccoon populations
Fig. 3. Factorial correspondence analysis of the microsatellite-based genetic profiles of raccoons and raccoon roundworms from northwestern Europe. A) Raccoon populations were pre-defined based on the clustering results generated by the spatial version of program BAPS (see Fig. 2). Different colors represent different genetic populations. The colors and the populations correspond to those illustrated on the map in Fig. 2. The six animals that each formed a distinct genetic cluster were omitted from the plot. The percentage of the total variation explained by each of the three axes is indicated. B) Raccoon roundworm populations were pre-defined based on the clustering results generated by the spatial version of program BAPS (see Fig. 3A). Different colors represent different genetic populations. The colors and the populations correspond to those illustrated on the map in Fig. 4. The percentage of the total variation explained by each of the three axes is indicated. (For interpretation of the references to color in this figure legend, the reader is referred to the Web version of this article.)
Fig. 2 in Surveys on Baylisascaris procyonis in two of the three French wild raccoon populations
Fig. 2. Results of the analysis of the population genetic structure of raccoons in north-western Europe. The 11 genetic clusters were inferred by the program BAPS, taking geographic coordinates into account. The locations of six clusters that were each composed of a single individual are not shown. Different colors represent different genetic populations. Pie charts represent the genetic populations of origin of the individuals and their size is indicative of the number of samples included. The names of the genetic clusters are the same as those in (7) and (8). Inset: Focus on the clustering results from the region indicated by a black square in the main map. The arrow indicates the sampling location of the raccoon that was positive for B. procyonis. (For interpretation of the references to color in this figure legend, the reader is referred to the Web version of this article.)
Figures 15−16 in Contribution to the knowledge of the Carpenter Moths (Lepidoptera, Cossidae) of the Maputo Special Reserve in South Mozambique with description of two new species
Figures 15−16. Сossidae, male genitalia: 15. Afrikanetz smithi Yakovlev & László sp. n., Holotype (ANHRT Gen. Slide: 00070); 16. Brachylia maputo Yakovlev & László sp. n., Holotype (ANHRT Gen. Slide: 00071).
Figures 11−14 in Contribution to the knowledge of the Carpenter Moths (Lepidoptera, Cossidae) of the Maputo Special Reserve in South Mozambique with description of two new species
Figures 11−14. Сossidae, adults (all from ANHRT): 11. Aethalopteryx atriplaga (Le Cerf, 1919), ♂; 12. Aethalopteryx tristis (Gaede, 1915), ♂; 13. Strigocossus capensis (Walker, 1856), ♂; 14. Eulophonotus myrmeleon Felder, 1874, ♂.
Figures 3−10 in Contribution to the knowledge of the Carpenter Moths (Lepidoptera, Cossidae) of the Maputo Special Reserve in South Mozambique with description of two new species
Figures 3−10. Сossidae, adults (all from ANHRT): 3. Afrikanetz smithi Yakovlev & László sp. n., holotype, dorsal; 4. Afrikanetz smithi Yakovlev & László sp. n., holotype, ventral; 5. Brachylia maputo Yakovlev & László sp. n., holotype, dorsal; 6. Brachylia maputo Yakovlev & László sp. n., holotype, ventral; 7. Azygophleps asylas (Cramer, 1779), ♂; 8. Azygophleps inclusa (Walker, 1856), ♂; 9. Azygophleps leopardina Distant, 1902, ♂; 10. Phragmataecia irrorata Hampson, 1910, ♂.
FIGURE 7 in Two new and disparate fossil bee flies (Bombyliidae: Anthracinae) from the Americas and reassessment of Anthrax dentoni Lewis, 1969
FIGURE 7. Wings of Eoanomala melas gen. and sp. nov. USNM # 595155. 1. Right wing. Note that this wing has been damaged and consequently, its maximum width and the shape of R4 have been affected; 2. Left wing (basal portion not visible in the fossil). Scale bar for both micrographs equals 2 mm.
FIGURE 6 in Two new and disparate fossil bee flies (Bombyliidae: Anthracinae) from the Americas and reassessment of Anthrax dentoni Lewis, 1969
FIGURE 6. Eoanomala melas gen. and sp. nov. USNM # 595155. 1. Head and proboscis; 2. Photograph of second flagellomere and terminal style; 3. Stylized line drawing of second flagellomere and style. Scale bars equal 0.5 mm (1) and 0.05 mm (2).
FIGURE 7 in Two new species of Pseudaetobatus Cappetta, 1986 (Batoidei: Myliobatidae) from the southeastern United States
FIGURE 7. Myliobatiform ray teeth associated with Pseudaetobatus in Alabama and South Carolina, comparative specimens of Aetobatus irregularis from Alabama, and late Eocene Rhinoptera sp. from Georgia. 1, Rhinoptera sp. (Tallahatta Formation), MSC 33915, incomplete median tooth, labial (1.1), lingual (1.2), and occlusal (1.3) views. 2, Rhinoptera sp. (Dry Branch Formation), SC 2001.1.12, lateral tooth, labial (2.1), lingual (2.2), and occlusal (2.3) views. 3, Rhinoptera sp. (Clinchfield Formation), SC 2013.44.8, lateral tooth, labial (3.1), lingual (3.2), and occlusal (3.3) views. 4, Aetomylaeus sp. (Tallahatta Formation), MSC 33931, incomplete lower median tooth, labial (4.1), lingual (4.2), and occlusal (4.3) views. 5, Aetomylaeus sp. (Dry Branch Formation), SC 2001.1, incomplete lower median tooth, labial (5.1), lingual (5.2), and occlusal (5.3) views. 6, Rhinoptera sp. (Clinchfield Formation), SC 2013.44.9, distal-most lateral tooth similar to Pseudaetobatus sp., labial (6.1), lingual (6.2), and occlusal (6.3) views. 7-8, Aetobatus irregularis (Lisbon Formation). 7, SC 2012.47.24, incomplete lower median tooth, occlusal view. 8, SC 2012.47.26, left side of upper? median tooth, distal (8.1), labial (8.2), and occlusal (8.3) views. Scale bars equal 1.0 cm.
FIGURE 5 in Two new species of Pseudaetobatus Cappetta, 1986 (Batoidei: Myliobatidae) from the southeastern United States
FIGURE 5. Pseudaetobatus belli sp. nov. from lower Eocene strata of Alabama and Mississippi. 1, MSC 12699.1, partial upper median tooth, baso-labial (1.1), lingual oblique (1.2), occlusal (1.3), and profile (1.4) views. 2, MSC 35078, partial lower median tooth, labial (2.1), lingual (2.2), lingual oblique (2.3), occlusal (2.4), and profile (2.5) views. 3, MSC 35055, lower right distal-most lateral tooth, basal (3.1), distal (3.2), labial (3.3), mesial (3.4), and occlusal (3.5) views. 4, MSC 35081, partial median tooth, basal (4.1), labial (4.2), lingual (4.3), lingual oblique (4.4), and profile (4.5) views. 5, MSC 35049, lower median tooth, occlusal view. 6, MSC 35071, partial lower median tooth, lingual oblique (6.1), and profile (6.2) views. 7, MSC 35050, lower median tooth, occlusal view. 8, MSC 35061, upper right distal-most lateral tooth, occlusal (8.1), and basal (8.2) views. 9, MSC 12776, upper right distal-most lateral tooth, basal (9.1), labial (9.2), lingual oblique (9.3), occlusal (9.4), distal (9.5), and mesial (9.6) views. 10, MSC 35080, partial median tooth, lingual (10.1), lingual oblique (10.2), and occlusal (10.3) views. 11, MSC 35056, lower right distal-most lateral tooth, distal (11.1), labial (11.2), lingual (11.3), mesial (11.4), and occlusal (labial at left) (11.5) views. 12, MSC 35060, upper right distal-most lateral tooth, basal (12.1), labial (12.2), lingual oblique (12.3), occlusal (12.4), mesial (12.5), and distal (12.6) views. 13, MSC 35079, partial lower median tooth, lingual oblique (13.1), and occlusal (13.2) views. 14, MSC 35065, nearly complete lower median tooth, occlusal view. 15, MSC 35052, partial lower median tooth, occlusal view. Scale bars equal 1.0 cm.
FIGURE 4 in Two new species of Pseudaetobatus Cappetta, 1986 (Batoidei: Myliobatidae) from the southeastern United States
FIGURE 4. Pseudaetobatus belli sp. nov. hypodigm from the type stratum within the lower Eocene (NP 13) Tallahatta Formation, Dale County, Alabama. 1, MSC 35048, lower median tooth, oblique lingual (1.1), occlusal (1.2), basal (1.3), labial (1.4), and lingual (1.5) views. 2, MSC 35054, lower right distal-most lateral tooth, occlusal (2.1), basal (2.2), distal (2.3), mesial (2.4), and labial (2.5) views. 3, MSC 35059, upper right distal-most lateral tooth, oblique lingual (3.1), occlusal (3.2), basal (3.3), and labial (3.4) views. 4, MSC 35062, intermediate lateral tooth, occlusal (4.1) (labial at top), lingual (4.2), labial (4.3), mesial (4.4), and distal (4.5) views. 5, MSC 35058, partial upper? median tooth, occlusal view. 6, Occlusal view of hypothetical reconstruction of part of the lower dentition. This consists of specimens shown in 1 (MSC 35048), 2 (MSC 35054), 4 (MSC 35062), and Figure 5.3 (MSC 35055). 2, 4, and Figure 5.3 were reduced in size to be consistent with 1. 4 was replicated and reversed to represent the left and right tooth rows. 2 and Figure 5.3 are from the right side but were reversed to represent the left side. The resulting composite series was then replicated. Scale bars equal 1.0 cm.
FIGURE 3 in Two new species of Pseudaetobatus Cappetta, 1986 (Batoidei: Myliobatidae) from the southeastern United States
FIGURE 3. Chronostratigraphy, lithostratigraphy, and biostratigraphy of middle-to-upper Eocene strata of south-central South Carolina. Abbreviation: O'burg = Orangeburg.
FIGURE 2 in Two new species of Pseudaetobatus Cappetta, 1986 (Batoidei: Myliobatidae) from the southeastern United States
FIGURE 2. Chronostratigraphy, lithostratigraphy, and biostratigraphy of lower-to-middle Eocene strata of eastern Mississippi and Alabama. Modified from Bybell and Gibson (1985).
FIGURE 1 in Two new species of Pseudaetobatus Cappetta, 1986 (Batoidei: Myliobatidae) from the southeastern United States
FIGURE 1. Generalized geographic map of the southeastern United States, with counties from which Pseudaetobatus teeth were recovered (highlighted in light gray). Specific localities indicated by black dots. 1, Whynot locality, Lauderdale County, MS; 2, site AWa-1, Washington County, AL; 3, site ABu-3, Butler County, AL; 4, site ADl-1, Dale County (type locality Pseudaetobatus belli), AL; 5, Dry Branch localities, Aiken County, SC.
FIGURE 3 in Two new and disparate fossil bee flies (Bombyliidae: Anthracinae) from the Americas and reassessment of Anthrax dentoni Lewis, 1969
FIGURE 3. Anthrax succini sp. nov., USNM # 508762. 1. Vestiture from ventral aspect of the specimen. Arrows, from left to right, denote the bare anepimeron and the band of white setae across the anterior sterna of the abdomen; 2. Left wing. The arrow points to the basicosta. Scale bars in both figures equal 1 mm.
FIGURE 6 in Two new species of Pseudaetobatus Cappetta, 1986 (Batoidei: Myliobatidae) from the southeastern United States
FIGURE 6. Pseudaetobatus undulatus sp. nov. hypodigm and other specimens from the upper Eocene Dry Branch Formation, Aiken County, South Carolina. 1, SC 2013.38.91, upper right distal-most lateral tooth (holotype), basal (1.1), distal (1.2), labial (1.3), mesial (1.4), lingual oblique (1.5), and occlusal (1.6) views. 2, SC 2001.1.4.1, upper left distal-most lateral tooth, labial (2.1), lingual (2.2), and occlusal (2.3) views. 3, SC 2013.38.93.3, lower left distal-most lateral tooth, labial (3.1), lingual (3.2), and occlusal (3.3) views. 4, SC 2001.1.5.2, intermediate lateral tooth (paratype), basal (4.1), distal (4.2), labial (4.3), mesial (4.4), lingual oblique (4.5), and occlusal (4.6) views. 5, SC 2001.1.5.1 (paratype), lower right distal-most lateral tooth, mesial (5.1), lingual oblique (5.2), distal (5.3), labial (5.4), and occlusal (5.5) views. 6, SC 2013.38.84, lower median tooth (paratype), lingual oblique (6.1), basal (6.2), and occlusal (6.3) views. 7, SC 2013.38.90, lower median tooth, lingual oblique view. 8, SC 2013.38.86, upper median tooth (paratype), lingual oblique (8.1), baso-lingual (8.2), and occlusal (8.3) views. 9, Occlusal view of hypothetical reconstruction of part of the upper dentition. This consists of specimens shown in 1 (SC 2001.1.5.2), and 8 (SC 2013.38.86. 1 and 4 were reduced in size to be consistent with 8, and they were reversed to also represent the right tooth rows. The resulting composite series was then replicated. 10, SC 2013.38.85, upper median tooth, occlusal view. Scale bars equal 0.5 cm.
FIGURE 4. Anthrax dentoni Lewis, 1969 in Two new and disparate fossil bee flies (Bombyliidae: Anthracinae) from the Americas and reassessment of Anthrax dentoni Lewis, 1969
FIGURE 4. Anthrax dentoni Lewis, 1969, UCM # 28427. 1. Photograph of the fossil. 2. Line drawing of venation. Scale bar equals 1 mm.
FIGURE 2 in Two new and disparate fossil bee flies (Bombyliidae: Anthracinae) from the Americas and reassessment of Anthrax dentoni Lewis, 1969
FIGURE 2. Antennae of Anthrax succini sp. nov., USNM # 508762. Inset = magnified image of the stylet of the right antenna. Scale bar equals 250 Pm.
Fig. 11 in Delimitation of Ophioderma teres (Lyman, 1860) and Ophioderma unicolor H.L. Clark, 1940 stat. nov. (Echinodermata: Ophiuroidea), including the description of two new species
Fig. 11. Ophioderma bichi sp. nov., non-type specimen (USNM E23396, DD = 28.1 mm), SEM images of the ossicles. A. Radial shield, external face. B. Radial shield, internal face. C. Dental plate. D. Adradial genital plate, abradial face. E. Adradial genital plate, adradial face. F. Oral plate, abradial face. G. Oral plate, adradial face. Black arrows point to oral papillae sockets, white arrows point to granule sockets. H. Arm vertebra, proximal face. I. Arm vertebra, distal face. J. Ventral arm plate, external face. K. Ventral arm plate, internal face. L. Lateral arm plate, external face. M. Lateral arm plate, internal face. N. Lateral arm plate, lateral face. Abbreviations: dist = distal; dors = dorsal; prox = proximal; SA = spine articulation; Sp = spur; vent = ventral.
Fig. 7. Ophioderma unicolor H.L. Clark, 1940 in Delimitation of Ophioderma teres (Lyman, 1860) and Ophioderma unicolor H.L. Clark, 1940 stat. nov. (Echinodermata: Ophiuroidea), including the description of two new species
Fig. 7. Ophioderma unicolor H.L. Clark, 1940 stat. nov., holotype (MCZ IZ OPH-114, DD = 35.7 mm). A. Dorsal disc. B. Ventral disc (inset: section between the arm and the distal genital slit). C. Closeup of a jaw. D. Proximalmost dorsal arm. Arrowheads indicate the extra plates on the arm base. E. Median dorsal arm. F. Distalmost dorsal arm. G. Proximalmost ventral arm. H. Median ventral arm. I. Distalmost ventral arm. J. Lateral arm plates and arm spines. K. Dorsal view. Abbreviations: 2° AdShSp = secondary adoral shield spine; AdShSp = adoral shield spine; IPa = infradental papilla; LOPas = lateral oral papillae; LyOs = Lyman's ossicle; RS = radial shield; TPa = tooth papilla; vT = ventralmost tooth.
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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.