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Рис. 1. ÀенΔрограмма схоΔства (коэффициент Жаккара) состава насеΛения герпетобионтных жесткокрыΛых поймы разных Λет (2008–2011 гг.) Fig. 1. The dendrogram of faunistic similarity (Jacquard coefficient) for the population composition of herpetobiont beetles in different years (2008–2011) in Population Dynamics For Herpetobiont Beetles (Coleoptera) In The Floodplain Of A Small Tributary In The Lower Reaches Of The Irtysh
Рис. 1. ÀенΔрограмма схоΔства (коэффициент Жаккара) состава насеΛения герпетобионтных жесткокрыΛых поймы разных Λет (2008–2011 гг.) Fig. 1. The dendrogram of faunistic similarity (Jacquard coefficient) for the population composition of herpetobiont beetles in different years (2008–2011)
Fig. 4 in A comparative analysis of freshwater testate amoebae species composition between the south-eastern part of Azerbaijan and other regions of Azerbaijan
Fig. 4. Electron microphotos of new species and subspecies of testate amoebae for the fauna of Caucasus: 1 — Difflugia petricola Cash, 1909; 2 — D. microclaviformis Ogden, 1983; 3 — D. biconcava Ertl, 1964; 4 — D.corona ssp. tuberculata Vucetich, 1973; 5 — Arcella discoides ssp. scutelliformis Playfair, 1918 Рис. 4. ЭΛектронные микрофотографии новых ΑΛя фауны Кавказа виΑов и поΑвиΑов раковинных амеб: 1 — Difflugia petricola Cash, 1909; 2 — D. microclaviformis Ogden, 1983; 3 — D. biconcava Ertl, 1964; 4 — D. corona ssp. tuberculata Vucetich, 1973; 5 — Arcella discoides ssp. scutelliformis Playfair, 1918
Fig. 3 in A comparative analysis of freshwater testate amoebae species composition between the south-eastern part of Azerbaijan and other regions of Azerbaijan
Fig. 3. Cluster analysis of the faunistic similarity of testate amoebae in different parts of South-Eastern Azerbaijan Рис. 3. КΛастерный анаΛиз фаунистического схоΑства раковинных амеб в разных реги- онах юго-восточного АзербайΑжана
Fig. 2 in A comparative analysis of freshwater testate amoebae species composition between the south-eastern part of Azerbaijan and other regions of Azerbaijan
Fig. 2. Cluster analysis of faunistic similarity of testate amoebae of different regions of Azerbaijan (the results of Bray-Curtis analysis) Рис. 2. КΛастерный анаΛиз фаунистического схоΑства раковинных амеб разных регионов АзербайΑжана (резуΛьтаты анаΛиза Брея — Кертиса)
Fig. 1 in A comparative analysis of freshwater testate amoebae species composition between the south-eastern part of Azerbaijan and other regions of Azerbaijan
Fig. 1. Location of sampling points: 1 — south-eastern part of Azerbaijan (Lankaran natural area); 2 — Absheron peninsula; 3 — north-eastern part of Azerbaijan (Khachmaz district); 4 — western part of Azerbaijan (Goygol); 5 — Nakhichevan Autonomous Republic
FIGURE 3 in Reptile species composition in the Middle Gurguéia and comparison with inventories in the eastern Parnaíba River Basin, State of Piauí, Brazil
FIGURE 3: Dendrogram for similarity of lizard species composition in the Middle Gurguéia (MG) with previously studied areas in Piauí. The rule bar shows the Jaccard coefficient. BR: Barras, BT: Batalha, MG: Middle Gurguéia, PC: Picos, UU: Estação Ecológica do Uruçuí-Una, CA: Parque Nacional Serra da Capivara, CO: Parque Nacional Serra das Confusões. Castelo do Piauí (CP) and Parque Nacional Sete cidades (7C) were not included in this analysis.
FIGURE 4 in Reptile species composition in the Middle Gurguéia and comparison with inventories in the eastern Parnaíba River Basin, State of Piauí, Brazil
FIGURE 4: Dendrogram for similarity of snake species compositions in the Middle Gurguéia (MG) with other previously studied areas in Piauí. The rule bar shows the Jaccard coefficient. PC: Picos, CA: Parque Nacional Serra da Capivara, BR: Barras, BT: Batalha, CO: Parque Nacional Serra das Confusões, UU: Estação Ecológica do Uruçuí-Una, CP: Castelo do Piauí, 7C: Parque Nacional Sete Cidades.
FIGURE 1 in Reptile species composition in the Middle Gurguéia and comparison with inventories in the eastern Parnaíba River Basin, State of Piauí, Brazil
FIGURE 1: Study areas in the Middle Gurguéia and previously studied areas. (A): northeastern Brazil: Piauí (PI), Bahia (BA) and Maranhão (MA). Black dots show the locations where other studies were conducted: Barras (BR), Batalha (BT), Parque Nacional Sete Cidades (7C), Castelo do Piauí (CP), Picos (PC), Parque Nacional Serra da Capivara (CA), Parque Nacional Serra das Confusões (CO) and Estação Ecológica do Uruçuí-Una (UU); (B): The five municipalities in this study in the Middle Gurguéia (MG), Gurguéia River Basin, southeastern Piauí: 1: Alvorada do Gurguéia (AG), 2: Palmeira do Piauí (PP), 3: Cristino Castro (CC), 4: Bom Jesus (BJ) and 5: Redenção do Gurguéia (RG).
Fig. 2 in Patterns in fish species composition and assemblage structure in the upper Salado River lakes, Pampa Plain, Argentina
Fig. 2. Relationship between diversity and species richness in fish assemblages and the NO3:NH 4 ratio.
Fig. 3 in Patterns in fish species composition and assemblage structure in the upper Salado River lakes, Pampa Plain, Argentina
Fig. 3. Bar chart showing the distribution of total fish collected of each species within the upper Salado River lakes. Species codes as listed in Table 2. Species are intentionally sorted by means of their spatial distribution to ease the interpretation. From left to right, from clear to dark filled bars: Mch = Mar Chiquita, Go = Gómez, Crp = Carpincho, and Rch = Rocha.
Figure 4 in Diet composition of two sympatric snappers Lutjanus synagris and Ocyurus chrysurus from the north continental shelf of Yucatan, Mexico
Figure 4. – Diet composition of Ocyurus chrysurus specimens from the north continental shelf of the Yucatan Peninsula according to fishing sites. Angle of sector are proportional to Q (Hureau's coefficient; Q value is given in parentheses), and radius is proportional to %F (frequency of occurrence). n1 = total number of fish collected; n2 = number of fish with stomach contents; FL = fork length of fish with stomach contents.
Figure 3 in Diet composition of two sympatric snappers Lutjanus synagris and Ocyurus chrysurus from the north continental shelf of Yucatan, Mexico
Figure 3. – Diet composition of Lutjanus synagris specimens from the north continental shelf of the Yucatan Peninsula according to fishing sites. Angle of sector are proportional to Q (Hureau's coefficient; Q value is given in parentheses) and radius is proportional to %F (frequency of occurrence), n1 = total number of fish collected; n2 = number of fish with stomach contents; FL = fork length of fish with stomach contents.
Figure 2 in Diet composition of two sympatric snappers Lutjanus synagris and Ocyurus chrysurus from the north continental shelf of Yucatan, Mexico
Figure 2. – Diet composition of Lutjanus synagris and Ocyurus chrysurus specimens from the north continental shelf of the Yucatan Peninsula. Angle of sector are proportional to Q (Hureau's coefficient; Q value is given in parentheses), and radius is proportional to %F (frequency of occurrence). n1 = total number of fish collect- ed; n2 = number of fish with stomach contents; FL = fork length of fish with stomach contents.
FIGURE 3 in The effects of lithification on fossil assemblage biodiversity and composition: An experimental test
FIGURE 3. Classical (A) and coverage-based (B) rarefaction of the Fort Thompson Formation samples. In each panel, the red curve marks the lithified sample, and the blue curve marks the corresponding unlithified replicate sample. The gray curves mark other unlithified samples taken from different horizons of the same formation at the same outcrop. The red and blue bands mark 95% confidence intervals.
FIGURE 7 in The effects of lithification on fossil assemblage biodiversity and composition: An experimental test
FIGURE 7. Relative abundances of the ten most abundant species in the overall dataset. Relative abundance is plotted on a square-root scale so that low values can be more easily distinguished. A. Bermont Formation. B. Fort Thompson Formation.
FIGURE 6. Principal coordinates analysis. The eigenvalues for the first two axes accounted for 72 in The effects of lithification on fossil assemblage biodiversity and composition: An experimental test
FIGURE 6. Principal coordinates analysis. The eigenvalues for the first two axes accounted for 72% of the variation in the data.
FIGURE 5 in The effects of lithification on fossil assemblage biodiversity and composition: An experimental test
FIGURE 5. Percentage of individuals in each sample belonging to small-shelled species, defined as less than 15 mm. A. Bermont Formation. B. Fort Thompson Formation.
FIGURE 3 in Comparative analysis of the diet composition and its relation to morphological characteristics in Achirus mazatlanus and Syacium ovale (Pleuronectiformes: Osteichthyes) from a Mexican Pacific coastal lagoon
FIGURE 3 | Representation of selected food categories in groups defined by combinations of species and size groups. Diameters of circles proportional to square roots of percentage in weight. Am: Achirus mazatlanus; So: Syacium ovale; Numbers indicate size classes: 1 for LT <10 cm; 2 for LT ≥ 10 cm and LT ≤ 15 cm; 3 for LT> 15 cm.
FIGURE 2 in Comparative analysis of the diet composition and its relation to morphological characteristics in Achirus mazatlanus and Syacium ovale (Pleuronectiformes: Osteichthyes) from a Mexican Pacific coastal lagoon
FIGURE 2 | A. Dendrogram showing the result of numerical classification of stomach contents. B. Principal coordinate analysis plot. Vector overlay shows food categories with Spearman's correlation values of 0.5 or higher with ordination axes. Data pooled by species (Am: Achirus mazatlanus; So: Syacium ovale) and size classes (1 for LT <10 cm; 2 for LT ≥ 10 cm and LT ≤ 15 cm; 3 for LT> 15 cm).
Fig. 1 in Osmolality and composition of the extender during the cold storage of Prochilodus lineatus (Characiformes: Prochilodontidae) sperm
Fig. 1. Motility rate (a); curvilinear (VCL; b), straight-line (VSL; c) and average path (VAP; d) velocities of Prochilodus lineatus sperm diluted in two extender compositions (ACP = closed circles; BTS = open circles) and stored at 6-8°C for six days. Undiluted sperm served as control (closed triangle). Each dot and error bar represents mean ± SD; n=15 males. ACP: Powdered Coconut Water™; BTS: Beltsville Thawing Solution™. *Means followed by this symbol, within the same day of analysis, are significantly higher (P<0.05; Tukey).
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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.