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FIGURE 15 in Taxonomy and species diversity of Holocene pylonioid radiolarians from surface sediments of the northeastern Indian Ocean
FIGURE 15. Photographs of the encountered morphotypes of Pylodiscus spinulosus (Chen and Tan, 1989). All are Frview at Type 2. Scale bar equals 0.1 mm. All specimens are from YDY05-01.
FIGURE 8 in Taxonomy and species diversity of Holocene pylonioid radiolarians from surface sediments of the northeastern Indian Ocean
FIGURE 8. Photographs of the encountered morphotypes of Tetrapyle circularis Haeckel, 1887. All are Pl-view at Type 1, Fr-view at Type 2. Scale bar equals 0.1 mm. All specimens are from YDY05-01.
FIGURE 11 in Taxonomy and species diversity of Holocene pylonioid radiolarians from surface sediments of the northeastern Indian Ocean
FIGURE 11. Photographs of the encountered morphotypes of Tetrapyle spp. (juvenile form). 1-2 and 9, Lt-view at Type 1, Fr-view at Type 2; 3-5, 7-8, 11-12, Sg-view at Type 1, Fr-view at Type 2; 6 and 10, Pl-view at Type 1, Fr-view at Type 2; 13-14, Pl-view at Type 1, Ug-view at Type 2; 15-16, Sg-view at Type 1, Fr-view at Type 2; 17-18, Sg-view at Type 1, Ug-view at Type 2. Scale bar equals 0.1 mm. All specimens are from YDY05-01.
FIGURE 10 in Taxonomy and species diversity of Holocene pylonioid radiolarians from surface sediments of the northeastern Indian Ocean
FIGURE 10. Photographs of the encountered morphotypes of Tetrapyle fruticosa (Tan and Chen, 1990) new combination. All are Pl-view at Type 1, Fr-view at Type 2. Scale bar equals 0.1 mm. All specimens are from YDY05-01.
FIGURE 7. The typical Tetrapyle octacantha specimens from the surface water from the southern Villefranche-surMer. 1 and 6 in Taxonomy and species diversity of Holocene pylonioid radiolarians from surface sediments of the northeastern Indian Ocean
FIGURE 7. The typical Tetrapyle octacantha specimens from the surface water from the southern Villefranche-surMer. 1 and 6, Ug-view at Type 2; 2-3 and 8, Pr-view at Type 2; 4-7, Fr-view at Type 2. Scale bar equals 0.1 mm. The arrow marks indicate the major portal-spines.
FIGURE 9 in Taxonomy and species diversity of Holocene pylonioid radiolarians from surface sediments of the northeastern Indian Ocean
FIGURE 9. Photographs of the encountered morphotypes of Tetrapyle circularis Haeckel, 1887. All are Pl-view at Type 1, Fr-view at Type 2. Scale bar equals 0.1 mm. All specimens are from YDY05-01.
FIGURE 6 in Taxonomy and species diversity of Holocene pylonioid radiolarians from surface sediments of the northeastern Indian Ocean
FIGURE 6. Photographs of the encountered morphotypes of Tetrapyle octacantha Müller 1859 sensu stricto. All are Pl-view at Type 1, Fr-view at Type 2. Scale bar equals 0.1 mm. The arrow marks indicate the major portal-spines. All specimens are from YDY05-01.
FIGURE 2. Morphological terminology under a transmitted light microscope. 1-2 in Taxonomy and species diversity of Holocene pylonioid radiolarians from surface sediments of the northeastern Indian Ocean
FIGURE 2. Morphological terminology under a transmitted light microscope. 1-2, for gate and girdle; 3-8, for different pylonioid systems.
FIGURE 5 in Taxonomy and species diversity of Holocene pylonioid radiolarians from surface sediments of the northeastern Indian Ocean
FIGURE 5. The structure of central combination in genera Tetrapyle (1-3), Larcopyle (4) and Circodiscus (5). 1, Sgview at Type 1, Fr-view at Type 2; 2, Pl-view at Type 1, Fr-view at Type 2; 3, Lt-view at Type 1, Pr-view at Type 2. G1, G2, S1a, and S1a-girdle are the morphological terminology, of which the definitions have been shown in Table 1.
FIGURE 3 in Taxonomy and species diversity of Holocene pylonioid radiolarians from surface sediments of the northeastern Indian Ocean
FIGURE 3. The absolute and relative orientations of specimens under the pylonioid system. The symbol "*" indicates Type 2 Relative Cartesian Coordinates.
FIGURE 1 in A new species of Knodus (Characiformes: Characidae), with deep genetic divergence, from the Mearim and Munim river basins, Northeastern Brazil, and evidence for hidden diversity in adjacent river basins
FIGURE 1 | Knodus guajajara, holotype, CICCAA 4883, 31.4 mm SL, Alto Alegre do Pindaré municipality, Igarapé Arapapá, Pindaré River drainage, Mearim River basin.
FIGURE 4 in A new species of Knodus (Characiformes: Characidae), with deep genetic divergence, from the Mearim and Munim river basins, Northeastern Brazil, and evidence for hidden diversity in adjacent river basins
FIGURE 4 | Knodus guajajara, CICCAA 4861, paratype, male, 31.9 mm SL Maranhão, Mearim River basin. A. Hooks on pelvic fin. B. Hooks on anal fin. (Photographed by F. P. Ottoni).
FIGURE 2 in A new species of Knodus (Characiformes: Characidae), with deep genetic divergence, from the Mearim and Munim river basins, Northeastern Brazil, and evidence for hidden diversity in adjacent river basins
FIGURE 2 | Knodus guajajara, paratypes. A. CICCAA 1518, 22.8 mm SL, Brazil, Maranhão, Alto Alegre do Pindaré municipality, igarapé Jenipapo, Pindaré River drainage, Mearim River basin. B. CICCAA 2696, 40.2 mm SL, Brazil, Maranhão, Chapadinha municipality, stream in riparian forest on the road BR–222, Munim River basin.
FIGURE 3 in A new species of Knodus (Characiformes: Characidae), with deep genetic divergence, from the Mearim and Munim river basins, Northeastern Brazil, and evidence for hidden diversity in adjacent river basins
FIGURE 3 | Knodus guajajara, CICCAA 4861, paratype, 31.9 mm SL, jaw suspensorium. A. Premaxillary. B. Maxilla. C. Dentary. Scale bar = 1 mm.
FIGURE 3 in Genetic diversity of the species Cnesterodon hypselurus (Cyprinodontiformes: Poeciliidae) in Cinzas River basin: new record and headwater capture evidences
FIGURE 3 | Results of Bayesian analysis (STRUCTURE) for Cnesterodon hypselurus in Cinzas River basin (CIN) and Lambari stream (LAM), Itararé River basin. Estimates of the number of K groups based on mean A. Likelihood Ln(K) and B. ∆K statistic. C. Graphical representation based on K = 2. Each column represents a different individual and the colors represent the probability membership coefficient of that individual for each genetic cluster.
FIGURE 1 in Genetic diversity of the species Cnesterodon hypselurus (Cyprinodontiformes: Poeciliidae) in Cinzas River basin: new record and headwater capture evidences
FIGURE 1 | Distribution of Cnesterodon hypselurus occurrence locations and the sampling sites used in the genetic study. CIN - new occurrence record in Cinzas River basin (unnamed stream), LAM - Lambari and PED - Pedrinhas streams in Itararé River basin and GUA - Guaricanga stream in Tibagi River basin (Source: modified from Silva et al., 2015; Franco-Magalhaes et al., 2010, and Google Earth, 2018, https://www. google.com.br/maps).
FIGURE 2 in Genetic diversity of the species Cnesterodon hypselurus (Cyprinodontiformes: Poeciliidae) in Cinzas River basin: new record and headwater capture evidences
FIGURE 2 | Results from mtDNA (D-Loop) of Cnesterodon hypselurus samples obtained in Cinzas River basin (CIN) and some other locations along the occurrence area reported for this species. A. Haplotype network. Circle sizes are proportional to haplotype frequency. Mismatch distributions of mitochondrial haplotypes for CIN and LAM are shown in B and C, respectively.
FIGURE 5 in High rDNA polymorphisms in Astyanax lacustris (Characiformes: Characidae): new insights about the cryptic diversity in A. bimaculatus species complex with emphasis on the Paraná River basin
FIGURE 5 | Barcoding Gap. Histogram generated in the ABGD showing the intraspecific variation and interspecific divergence of haplogroups 1 (green), 2 (blue) and 3 (orange).
FIGURE 3 in High rDNA polymorphisms in Astyanax lacustris (Characiformes: Characidae): new insights about the cryptic diversity in A. bimaculatus species complex with emphasis on the Paraná River basin
FIGURE 3 | Cytotypes found in Astyanax lacustris submitted to Fluorescence in situ Hybridization (FISH) with 5S (red) and 18S rDNA (green) probes. Columns represent the chromosome pair of the karyotype and lines represent the 13 cytotypes. The first column shows the first metacentric chromosome pair of the karyotype for proportion comparison.
FIGURE 4 in High rDNA polymorphisms in Astyanax lacustris (Characiformes: Characidae): new insights about the cryptic diversity in A. bimaculatus species complex with emphasis on the Paraná River basin
FIGURE 4 | A. Bayesian Inference Phylogeny; B. Haplotype data. A. Bars on the right hand side represent the Automatic Barcode Gap Discovery (ABGD), Unweighted Pair Group Method using Arithmetic averages (UPGMA), dendrogram using the Hasegawa Kishino-Yano model with gama distribution (HKY+G) and Maximum Parsimony, respectively. B. The haplotype data show the Astyanax haplogroups 1 (in green), 2 (in blue) and 3 (in orange). Haplotypes (H) 2, 3, 4, 5, 7 and 8 (in bold with an asterisk) indicate the position of one or more individuals of this study. The black slices on the haplotypes represent slightly different individuals that do not arrange another haplotype.
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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
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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.