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FIGURE 2 in Bessarabian (Tortonian, Late Miocene) fish otoliths from a transitional freshwater-brackish environment of Mykhailivka, Southern Ukraine
FIGURE 2. Stratigraphical position of the Mykhailivka section. Lithological and paleontological data from Prisyazhniuk et al. (2006). Reconstruction of environmental log deduced from Prisyazhniuk et al. (2006).
FIGURE 3. Otoliths from the Sarmatian s.l in Bessarabian (Tortonian, Late Miocene) fish otoliths from a transitional freshwater-brackish environment of Mykhailivka, Southern Ukraine
FIGURE 3. Otoliths from the Sarmatian s.l. of the Mykhailivka 1. 1-4, Morone cf. nobilis (Koken, 1891): NMNHU-P 33/ 1482, inner face (1), ventral view (2); NMNHU-P 33/1483, inner face (3), ventral view (4). 5-8, Genyonemus? sp.: NMNHU-P 33/1485, inner face (5), ventral view (6); NMNHU-P 33/1512, inner face (7), ventral view (8). 9-18, Ponticola dorsorostralis (Weinfurter, 1954): NMNHU-P 33/1486, inner face (9), ventral view (10); NMNHU-P 33/1487, inner face (11), ventral view (12); NMNHU-P 33/1488, inner face (13), ventral view (14); NMNHU-P 33/1489, inner face (15); NMNHU-P 33/1490, inner face (16); NMNHU-P 33/1491, inner face (17); NMNHU-P 33/1492, inner face (18). Scale bars equal 1 mm. 5-10, 17, 18 are mirrored.
FIGURE 1 in Bessarabian (Tortonian, Late Miocene) fish otoliths from a transitional freshwater-brackish environment of Mykhailivka, Southern Ukraine
FIGURE 1. Map of Ukraine with the coastline of Eastern Paratethys (blue line) during the late middle Sarmatian s.l. (according to Popov et al., 2004) (1), enlargered part of the lower reaches of the Pivdennyi Buh River (2), location map of the Mykhailivka quarry (3). The Mykhailivka locality is marked by an asterisk.
FIGURE 1 in Freshwater fishes of the Río de la Plata: current assemblage structure
FIGURE 1 | Division of the Río de la Plata (RdlP) by the Barra del Indio shoal, in a riverine zone and an estuarine zone (FREPLATA, 2005), showing the sampled sites (black circles) and the limits of the area of freshwater RdlP considered for this study.
FIGURE 3 in Freshwater fishes of the Río de la Plata: current assemblage structure
FIGURE 3 | Number of records of each species of the current fish assemblage of the freshwater Río de la Plata (RdlP) (SL, supported by literature; NR, new records; EEx, established exotic species; Co, confirmed) with their respective number of species and ratio between number of species captured in fieldwork and number of species mentioned in the literature.
FIGURE 2 in Freshwater fishes of the Río de la Plata: current assemblage structure
FIGURE 2 | Percentage number of species by order, literature review (black bar) differing from fieldwork (grey bar) in the freshwater Río de la Plata (RdlP).
FIGURE 6 in Fishers' knowledge on abundance and trophic interactions of the freshwater fish Plagioscion squamosissimus (Perciformes: Sciaenidae) in two Amazonian rivers
FIGURE 6 | The mean number of prey items of Plagioscion squamosissimus is cited by the interviewed fishers in the Tapajós and Tocantins rivers. Mean (dark vertical line), data distribution (bean gray area), data (points) correspond to individual fishers, confidence interval (rectangle). The median was 2 for
FIGURE 3 in Fishers' knowledge on abundance and trophic interactions of the freshwater fish Plagioscion squamosissimus (Perciformes: Sciaenidae) in two Amazonian rivers
FIGURE 3 | Paired comparison between the relative abundance (% of biomass in kg) in samples and relative importance for fisheries (% of citations in interviews) of Plagioscion squamosissimus in the Tapajós River. Dots indicate the sampling sites for biomass and fishing communities for interviews.
FIGURE 4 in Fishers' knowledge on abundance and trophic interactions of the freshwater fish Plagioscion squamosissimus (Perciformes: Sciaenidae) in two Amazonian rivers
FIGURE 4 | Mean size (standard length in cm) of Plagioscion squamosissimus sampled in the Tapajós and Tocantins rivers. Mean (dark horizontal line), data distribution (bean gray area), data (points), confidence interval (rectangle). The median sizes of P. squamosissimus were 23.6 cm in the Tapajós and 22.7 cm in the Tocantins.
FIGURE 5 in Fishers' knowledge on abundance and trophic interactions of the freshwater fish Plagioscion squamosissimus (Perciformes: Sciaenidae) in two Amazonian rivers
FIGURE 5 | Diagram depicting the main trophic interactions (simplified food web) of Plagioscion squamosissimus based on fishers' LEK (interviews) indicating the 10 most cited prey (yellow) and the 14 most cited predators (red), in the Tapajós (blue) and Tocantins (green). Numbers inside squares are the percent of citations of prey and predators of P. squamosissimus by the interviewed fishers. We obtained 150 citations of prey and 129 citations of predators by the interviewed fishers in the Tapajós River and 56 citations of prey and 50 citations of predators in the Tocantins River. Line thicknesses indicate the number of citations by the fishers interviewed.
FIGURE 1 in Fishers' knowledge on abundance and trophic interactions of the freshwater fish Plagioscion squamosissimus (Perciformes: Sciaenidae) in two Amazonian rivers
FIGURE 1 | Map of the studied region in the middle course of the Tapajós, Tocantins-Araguaia rivers, in the Brazilian Amazon, showing the fishing communities and distribution of biomass of Plagioscion squamosissimus (black circle) sampled where the research (fish sampling and interviews) was conducted.
FIGURE 2 in Fishers' knowledge on abundance and trophic interactions of the freshwater fish Plagioscion squamosissimus (Perciformes: Sciaenidae) in two Amazonian rivers
FIGURE 2 | Comparison of mean relative relevance to fisheries (% of citations in interviews) of Plagioscion squamosissimus according to the interviewed fishers in the Tapajós (n = 7) and Tocantins (n = 4) rivers. Mean (dark horizontal line), data distribution (bean gray area), data (points), confidence interval (rectangle). Points indicate the fishing communities, considered as replicates in this analysis.
FIGURE 4 in Functional diversity: a review on freshwater fish research
FIGURE 4 | A. Total number functional traits types found in our review; B. Total number of functional traits in each category. (Feed = Feeding, Locom = Locomotion, Hab.U = Habitat use, Lif.H = Life history, Phys = Phsysiology) (see Tab. S3).
FIGURE 2 in Functional diversity: a review on freshwater fish research
FIGURE 2 | A. World map showing the distribution of research effort among biogeographic realms; B. Pie charts represent the number of studies in each type of aquatic environment per realm. *Global: studies that evaluated more than one biogeographic realm.
FIGURE 1 in Functional diversity: a review on freshwater fish research
FIGURE 1 | Temporal trend of the number of published articles on the functional diversity of fish in freshwater ecosystems.
Figure 3 in Revision of vernacular names for the freshwater fish of French Guiana
Figure 3. - Percentage of freshwater species with at least one vernacular name on the number of freshwater species in the area occupied by the language group.
Figure 1 in Revision of vernacular names for the freshwater fish of French Guiana
Figure 1. - Territorial distribution of French Guiana different languages (from Renault-Lescure and Goury, 2009). Caption translation: frontière = border; route = road; commune = town; fleuve, rivière = river; altitude = altitude; village = village; territoire ou zone = set- tlement area; villes ou villages multilingues = multilingual town or village; langues de Guyane française = French Guiana languages; Amérindiennes = Amerindian languages; famille arawak [palikur, arawak] = Arawak family [Palikur, Arawak]; famille caribe [kali'na, wayana] = Caribe family [Kali'na, Wayana]; famille tupi-guarani [wayampi, teko] = Tupi-Guarani family (Wayãpi, Teko); Créoles = Creole languages; base lexicale anglaise = English lexical base; [aluku, ndyuka, pamaka, saamaka] = [Aluku, Ndjuka, Paramaka, Saramaka]; base lexicale française = French lexical base; Créole guyanais = Guyanese Creole; divers Créoles = various Creoles; Asiatique = Asian language; Hmong = Hmong.
Fig. 32 in Reconstruction of Oligocene and Neogene freshwater fish faunas-an actualistic study on cypriniform otoliths
Fig. 32. Stratigraphic range of the lapilli−based fossil cyprinid species of the present study. Stratigraphic scale after Gradstein et al. (2004).
Fig. 30 in Reconstruction of Oligocene and Neogene freshwater fish faunas-an actualistic study on cypriniform otoliths
Fig. 30. Oligocene aff. Phoxinus sp. from Switzerland. A–F. BSPG 2003 XVIII 68–73 respectively, from La Morges 161 (A–D) and 70 (E, F) in dorsal views, represented as right lapilli (A–E mirrored). SEM−pictures.
Fig. 27 in Reconstruction of Oligocene and Neogene freshwater fish faunas-an actualistic study on cypriniform otoliths
Fig. 27. Palaeotinca moeddeni sp. nov. from early Oligocene of Wolfsheim (Germany). A–K. Utricular otoliths (lapilli). C, E–G, J, K. BSPG 2003 XVIII 53, 55–57, 60, and 61 respectively, in dorsal views, represented as right lapilli (all mirrored, except for J). A, B, D, H, I. BSPG 2003 XVIII 51 (holotype), 52, 54, 58, 59 respectively, in ventral views, represented as left lapilli (A, D, I mirrored). L. Pharyngeal tooth BSPG 2003 XVIII 62. SEM−pictures.
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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)
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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.