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1,017 results for “freshwater fish”
Silurus fasciatus Linnaeus, 1766 Bloch, pl. 366 in CLOFFBR-MA - update 1 - supplement to Checklist of the freshwater fishes of Maranhão, Brazil.
Silurus fasciatus Linnaeus, 1766 Bloch, pl. 366
Platystoma vaillantii Valenciennes, 1840 Cuvier & Valenciennes, pl. 423 in CLOFFBR-MA - update 1 - supplement to Checklist of the freshwater fishes of Maranhão, Brazil.
Platystoma vaillantii Valenciennes, 1840 Cuvier & Valenciennes, pl. 423
Fig. 1 in Physiological effects of gasoline on the freshwater fish Prochilodus lineatus (Characiformes: Prochilodontidae)
Fig. 1. Hematocrit (a), hemoglobin (b) and number of erythrocytes (c) in Prochilodus lineatus exposed to WSFG (EXP) or only to water (CTR) for 6, 24 and 96h. Data are means ± SEM (n = 10-13), asterisks indicate different from respective control (P <0.05).
Figure 1 in A student-based expansion of the strategies of reproduction in fish (STOREFISH) database to 288 North American freshwater and anadromous species for 14 egg and larval traits
Figure 1. – Data in the STOREFISH database summarized by origin and family, and mapped onto the phylogeny of teleost families from Rabosky et al. (2018). Values in bold are the median number of records across all species in that family (followed by the associated 2.5 and 97.5% quantiles if the number of species in a family is ≥3). Values not in bold are medians for the number of traits for which data are available across all species in that family (followed by quantiles if ≥3 species). Not included in this phylogeny are the families Lotidae (1 species; 69 | 14), Petromyzontidae (11 species; 2, 1, 34 | 2, 1, 9.25), and Thymallidae (2 species; 72 | 13). A high-resolution version of this figure is available from www.storefish.org.
Figure 2 in Feeding close to fishing lights may be dangerous for the larvae of the smallest freshwater fish of Europe
Figure 2. – Ivlev's electivity values estimated for Eudiaptomus drieschi, Diaphanosoma orghidani, the larvae of the mollusk Dreissena blanci, and Daphnia cucullata found in stomach contents of Economidichthys trichonis larvae caught in light traps with white, red, yellow, blue, and green LSTs in each sampling month in Lake Trichonis.
Figure 1 in Feeding close to fishing lights may be dangerous for the larvae of the smallest freshwater fish of Europe
Figure 1. – Frequency of occurrence (F%) of the five most important prey taxa in stomach contents of Economidichthys trichonis larvae caught in light traps with white, red, yellow, blue, and green LSTs in each sampling month in Lake Trichonis.
FIGURE 2 in Genetic differentiation through dispersal and isolation in two freshwater fish species from coastal basins of Northeastern Brazil
FIGURE 2 | Distribution and haplotype structure of Schizodon dissimilis. A. Paleodrainage reconstruction of coastal basins from northeastern Brazil and geographic distribution of groups defined by SAMOVA. B. Estimate of the probable groups of populations produced by the BAPS. C. Haplotypes network of cytochrome oxidase I (coI). All analysis recovered a total of three groups in this area. The colors used to highlight areas in the network correspond to populations in map.
FIGURE 1 in Genetic differentiation through dispersal and isolation in two freshwater fish species from coastal basins of Northeastern Brazil
FIGURE 1 | Species used in this study, Schizodon dissimilis (above) and Prochilodus lacustris (below).
Figure 5b from: Chakona A, Kadye WT, Bere T, Mazungula DN, Vreven E (2018) Evidence of hidden diversity and taxonomic conflicts in five stream fishes from the Eastern Zimbabwe Highlands freshwater ecoregion. ZooKeys 768: 69-95. https://doi.org/10.3897/zookeys.768.21944
Figure 5b The distribution of Hippopotamyrus sp. 'Buzi', (red circle), Hippopotamyrus sp. 'Pungwe' (blue circle) and Hippopotamyrus sp. 'Ruo' (green circle) in the Eastern Zimbabwe Highlands freshwater ecoregion and adjacent areas.
Figure 4a from: Chakona A, Kadye WT, Bere T, Mazungula DN, Vreven E (2018) Evidence of hidden diversity and taxonomic conflicts in five stream fishes from the Eastern Zimbabwe Highlands freshwater ecoregion. ZooKeys 768: 69-95. https://doi.org/10.3897/zookeys.768.21944
Figure 4a Bayesian phylogenetic tree based on mtDNA cytochrome oxidase sub unit I (COI) sequences showing the candidate species or molecular operational taxonomic units (MOTUs) identified within Zaireichthys monomotapa from the Eastern Zimbabwe Highlands freshwater ecoregion. Well supported nodes are shown by a solid circle. The indicated candidate species or MOTUs were identified using the GMYC method based on trees that were built using three different combinations of priors and rates of molecular evolution: (i) yule model and a constant clock, (ii) yule model and a relaxed clock, and (iii) coalescent model with constant population size and a constant clock.
Figure 5a from: Chakona A, Kadye WT, Bere T, Mazungula DN, Vreven E (2018) Evidence of hidden diversity and taxonomic conflicts in five stream fishes from the Eastern Zimbabwe Highlands freshwater ecoregion. ZooKeys 768: 69-95. https://doi.org/10.3897/zookeys.768.21944
Figure 5a Bayesian phylogenetic tree based on mtDNA cytochrome oxidase sub unit I (COI) sequences showing the candidate species or molecular operational taxonomic units (MOTUs) identified within Hippopotamyrus ansorgii from the Eastern Zimbabwe Highlands freshwater ecoregion. Well supported nodes are shown by a solid circle. The indicated candidate species or MOTUs were identified using the GMYC method based on trees that were built using three different combinations of priors and rates of molecular evolution: (i) yule model and a constant clock, (ii) yule model and a relaxed clock, and (iii) coalescent model with constant population size and a constant clock.
Figure 4b from: Chakona A, Kadye WT, Bere T, Mazungula DN, Vreven E (2018) Evidence of hidden diversity and taxonomic conflicts in five stream fishes from the Eastern Zimbabwe Highlands freshwater ecoregion. ZooKeys 768: 69-95. https://doi.org/10.3897/zookeys.768.21944
Figure 4b The distribution of Zaireichthys monomotapa sensu stricto (green circle), Zaireichthys sp. 'slender' (red circle) and Zaireichthys sp. 'leopard spot' (orange circle) in the Eastern Zimbabwe Highlands freshwater ecoregion and adjacent areas.
Figure 2c from: Chakona A, Kadye WT, Bere T, Mazungula DN, Vreven E (2018) Evidence of hidden diversity and taxonomic conflicts in five stream fishes from the Eastern Zimbabwe Highlands freshwater ecoregion. ZooKeys 768: 69-95. https://doi.org/10.3897/zookeys.768.21944
Figure 2c The distribution of Chiloglanis sp. 'dwarf' (green circle), Chiloglanis sp. 'Nyangombe' (blue circle) and Chloglanis sp. 'Pungwe' (red circle) in the Eastern Zimbabwe Highlands freshwater ecoregion and adjacent areas.
Figure 3b from: Chakona A, Kadye WT, Bere T, Mazungula DN, Vreven E (2018) Evidence of hidden diversity and taxonomic conflicts in five stream fishes from the Eastern Zimbabwe Highlands freshwater ecoregion. ZooKeys 768: 69-95. https://doi.org/10.3897/zookeys.768.21944
Figure 3b The distribution of Amphilius sp. 'natalensis Buzi' (dark blue circle), Amphilius sp. 'natalensis Pungwe' (red circle) and Amphilius sp. 'natalensis Ruo' (light blue circle), Amphilius sp. 'uranoscopus Save' (purple triangle), Amphilius sp. 'uranoscopus Buzi' (black triangle), Amphilius sp. 'uranoscopus Pungwe' (green triangle), Amphilius sp. 'uranoscopus Zambezi' (orange triangle) and Amphilius sp. 'uranoscopus Ruo' (yellow triangle) in the Eastern Zimbabwe Highlands freshwater ecoregion and adjacent areas.
Figure 3a from: Chakona A, Kadye WT, Bere T, Mazungula DN, Vreven E (2018) Evidence of hidden diversity and taxonomic conflicts in five stream fishes from the Eastern Zimbabwe Highlands freshwater ecoregion. ZooKeys 768: 69-95. https://doi.org/10.3897/zookeys.768.21944
Figure 3a Bayesian phylogenetic tree based on mtDNA cytochrome oxidase sub unit I (COI) sequences showing the candidate species or molecular operational taxonomic units (MOTUs) identified within Amphilius uranoscopus and A. natalensis from the Eastern Highlands of Zimbabwe. Well supported nodes are shown by a solid circle. The indicated candidate species or OTUs were identified using the GMYC method based on trees that were built using three different combinations of priors and rates of molecular evolution: (i) yule model and a constant clock (YULE), (ii) coalescent model with constant population size and a constant clock (CONC) and (iii) yule model and a relaxed clock (RELA).
Figure 2b from: Chakona A, Kadye WT, Bere T, Mazungula DN, Vreven E (2018) Evidence of hidden diversity and taxonomic conflicts in five stream fishes from the Eastern Zimbabwe Highlands freshwater ecoregion. ZooKeys 768: 69-95. https://doi.org/10.3897/zookeys.768.21944
Figure 2b The distribution of Chiloglanis sp. 'rough skin' (orange circle), Chiloglanis sp. 'Zambezi' (blue circle) and Chloglanis sp. 'Shire' (purple circle) in the Eastern Zimbabwe Highlands freshwater ecoregion and adjacent areas.
Figure 2a from: Chakona A, Kadye WT, Bere T, Mazungula DN, Vreven E (2018) Evidence of hidden diversity and taxonomic conflicts in five stream fishes from the Eastern Zimbabwe Highlands freshwater ecoregion. ZooKeys 768: 69-95. https://doi.org/10.3897/zookeys.768.21944
Figure 2a Bayesian phylogenetic tree based on mtDNA cytochrome oxidase sub unit I (COI) sequences showing the candidate species or molecular operational taxonomic units (MOTUs) identified within Chiloglanis neumanni from the Eastern Zimbabwe Highlands freshwater ecoregion. Well supported nodes are shown by a solid circle. The indicated candidate species or MOTUs were identified using the GMYC method based on trees that were built using three different combinations of priors and rates of molecular evolution: (i) coalescent model with constant population size and a constant clock (CONC), (ii) yule model and a constant clock (YULE) and (iii) yule model and a relaxed clock (RELA).
Figure 1 from: Chakona A, Kadye WT, Bere T, Mazungula DN, Vreven E (2018) Evidence of hidden diversity and taxonomic conflicts in five stream fishes from the Eastern Zimbabwe Highlands freshwater ecoregion. ZooKeys 768: 69-95. https://doi.org/10.3897/zookeys.768.21944
Figure 1 Map of the Eastern Zimbabwe Highlands (EZH) freshwater ecoregion showing the river systems (Lower Zambezi, Pungwe, Buzi and Save) that drain this region and the sampling localities for the present study.
Figure 1 from: Mendoza-Franco EF, Caspeta-Mandujano JM, Osorio MT (2018) Ecto- and endo-parasitic monogeneans (Platyhelminthes) on cultured freshwater exotic fish species in the state of Morelos, South-Central Mexico. ZooKeys 776: 1-12. https://doi.org/10.3897/zookeys.776.26149
Figure 1 Map of the state of Morelos, Mexico showing position of each APU: 1 7 Hermanos (18°51'49.82132"N; 98°58'01.20211"W2 Acuícola Ayala (18°45'11.59525"N; 98°56'58.87989"W) 3 Acuícola de Jiutepec (18°52'29.84116"N; 99°09'24.49751"W) 4 Acuícola Jaloxtoc (18°43'56.72740"N; 98°55'20.14003"W) 5 Adilene Marisol (18°35'43.94208"N; 99°01'43.49419"W) 6 Agua Fría (18°33'22.41096"N; 99°00'57.44948"W) 7 Aquafish (18°38'53.20757"N; 99°13'13.80019"W) 8 Betta Fish (18°46'15.00012"N; 99°12'05.44263"W) 9 Centro Zacatepec (18°39'22.70079"N; 99°12'02.36030"W) 10 Centro de Acopio La Perla (18°38'18.23968"N; 99°00'32.15165"W) 11 Consorcio Lugo-Galeana (18°53'48.34681"N; 99°11'13.92251"W) 12 El Chino (18°54'03.35178"N; 99°12'10.27438"W) 13 El Cifón (18°40'42.68111"N; 99°11'26.16448"W) 14 El Invernadero (18°37'11.86468"N; 98°59'37.85120"W) 15 Exopez (18°41'41.78829"N; 99°06'07.81780"W) 16 Granja Acuícola Foras (18°31'07.09460"N; 98°47'54.39963"W); 17. Grupo Carsal (18°37'21.23567"N; 99°00'05.49462"W) 18 Huertas de Cuatla (18°45'41.45252"N; 98°54'57.10516"W) 19 Jesús Madariaga (18°39'59.91903"N; 99°12'05.85187"W) 20 La Buena Fortuna (18°38'07.31312"N; 99°10'58.58424"W) 21 La Cascada (18°41'06.91860"N; 99°09'05.97650"W) 22 Linda Vista (18°38'11.27728"N; 98°59'41.36454"W) 23 Los Huajes (18°38'01.06064"N; 98°59'39.86312"W) 24 Maleny (18°39'43.43675"N; 99°11'52.86078"W) 25 Maricultura Argos (18°35'50.18775"N; 99°12'16.44262"W) 26 Olascoaga (18°55'43.39346"N; 99°10'40.92078"W) 27 Ornapez (18°45'06.02177"N; 98°59'14.37030"W) 28 Platanar (18°43'30.25259"N; 98°54'30.22690"W) 29 Pliego (18°37'45.93123"N; 98°59'53.99321"W) 30 San Tilapia (18°39'09.51796"N; 99°11'36.53955"W) 31 Tropipez (18°46'10.83544"N; 99°12'05.47184"W).
FIGURE 1 in Provisional checklist of freshwater fish diversity and distribution in Perak, Malaysia, and some latest taxonomic concerns
FIGURE 1. Map of localities highlighted in the checklist.
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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.