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321 results for “Crimea”
Figure 7 in A new species of Sevastianoviella (Acari: Heterostigmata: Pygmephoridae) from Crimea
Figure 7. Sevastianoviella taurica sp. nov. (larva) – A–C. Right legs I–III, respectively, dorsal aspect.
Figure 3 in A new species of Sevastianoviella (Acari: Heterostigmata: Pygmephoridae) from Crimea
Figure 3. Sevastianoviella taurica sp. nov. (female) – A. Right leg I, dorsal aspect; B. Right leg II, dorsal aspect; C. Right leg III, dorsal aspect; D. Right leg IV, dorsal aspect.
Figure 6 in A new species of Sevastianoviella (Acari: Heterostigmata: Pygmephoridae) from Crimea
Figure 6. Sevastianoviella taurica sp. nov. (larva) – A. Dorsum of body; B. Venter of body. Legs omitted.
Figure 5 in A new species of Sevastianoviella (Acari: Heterostigmata: Pygmephoridae) from Crimea
Figure 5. Sevastianoviella taurica sp. nov. (male) – A–D. Right legs I–IV, respectively, dorsal aspect.
Figure 2 in A new species of Sevastianoviella (Acari: Heterostigmata: Pygmephoridae) from Crimea
Figure 2. Sevastianoviella taurica sp. nov. (female) – A. Gnathosoma, dorsal aspect; B. Gnathosoma and pharyngeal pumps, ventral aspect.
Figure 1 in A new species of Sevastianoviella (Acari: Heterostigmata: Pygmephoridae) from Crimea
Figure 1. Sevastianoviella taurica sp. nov. (female) – A. Dorsum of body; B. Venter of body. Legs omitted.
FIGURE 6 in Approaching the Khersonian Crisis: Fish otoliths from the upper Bessarabian (middle Sarmatian s.l.; Late Miocene) of Jurkine (Kerch Peninsula, Crimea)
FIGURE 6. Idealized block diagram depicting Bessarabian environmental settings and distribution of otolith-based taxa of the Gobiidae in the various environments of the middle Sarmatian s.l. (Bessarabian) (after Bratishko et al., 2017; Bratishko et al., 2023; and this study). Not to scale.
FIGURE 3. Otoliths. A–D in Approaching the Khersonian Crisis: Fish otoliths from the upper Bessarabian (middle Sarmatian s.l.; Late Miocene) of Jurkine (Kerch Peninsula, Crimea)
FIGURE 3. Otoliths. A–D Ophichthidae indet. juv., SMF PO 101.337, microfauna sample #20, A = anterior view, B = inner face, C = dorsal view, D = ventral view. E Maeotichthys wilhelmi (Djafarova, 2006), SMF PO 101.338, microfauna sample #20, inner face (reversed), digitally composed from three broken segments. F–Q Maeotichthys salebrosus n. sp., F, I, L, O = inner faces, G, J, M, P = anterior views, H, K, N, Q = ventral views, I–K holotype, NMNH ГКН 5960 079 (reversed), microfauna sample #21, F–H, L–Q paratypes, SMF PO 101.339, microfauna sample #20. R–Y Scythogobius spissus n. gen., n. sp., R, V, W = inner faces, S = dorsal view, Y = ventral view, T, U = posterior views, X = anterior view, R–T holotype, NMNH ГКН 5960 080 (reversed), microfauna sample #20, U–Y paratypes (U–V reversed), SMF PO 101.340, microfauna sample #20. Z–AB Anatirostrum profundorum (Berg, 1927), Recent, Caspian Sea, Gilan, Iran, CMNFI 1999-0023.1, Z = inner face, AA = dorsal view, AB = posterior view.
FIGURE 2 in Approaching the Khersonian Crisis: Fish otoliths from the upper Bessarabian (middle Sarmatian s.l.; Late Miocene) of Jurkine (Kerch Peninsula, Crimea)
FIGURE 2. Stratigraphic column of the Jurkine section with lithology, sedimentological observations, and fossil contents; lithostratigraphic levels are annotated (L 1 to L 20) as well as levels of microfauna samples (12 to 25 in circles); Oto-sample 1 and 2 indicate levels from which the studied otoliths were obtained for Bratishko et al. (2023). The otoliths studied here are from the microfauna samples 20 and 21. Key foraminiferal, ichthyological, and environmental changes are shown.
FIGURE 5 in Approaching the Khersonian Crisis: Fish otoliths from the upper Bessarabian (middle Sarmatian s.l.; Late Miocene) of Jurkine (Kerch Peninsula, Crimea)
FIGURE 5. Paleoenvironmental evolution of Sarmatian Sea on Crimean Peninsula and adjacent territories during the middle to late Sarmatian s.l. (Bessarabian and Khersonian) (composed after Kolesnikov, 1940; Mlyavko and Pidoplochko, 1955; Didkovskyi, 1964; Belokrys, 1966, 1976; Didkovskyi and Kulichenko, 1975; Bratishko et al., 2023).
FIGURE 1. Location plate and field photographs. A in Approaching the Khersonian Crisis: Fish otoliths from the upper Bessarabian (middle Sarmatian s.l.; Late Miocene) of Jurkine (Kerch Peninsula, Crimea)
FIGURE 1. Location plate and field photographs. A) Jurkine cliff and outcrop with indication of stratigraphy, lithological levels (Roman numerals), and sample levels (Arabic numerals). B) Detail of middle Sarmatian section with lithological levels (Roman numerals) and sample levels (Arabic numerals); Ot1 and Ot2 indicate levels from which the studied otoliths were obtained for Bratishko et al. (2023). C) Insert map of Ukraine with Kerch Peninsula highlighted. D) Simplified geological map of Kerch Peninsula modified after Andrusov (1893). E) Goby monument in Berdyansk, Ukraine.
FIGURE 4 in Approaching the Khersonian Crisis: Fish otoliths from the upper Bessarabian (middle Sarmatian s.l.; Late Miocene) of Jurkine (Kerch Peninsula, Crimea)
FIGURE 4. Sarmatian Sea in the area of Crimean Peninsula and adjacent territory during the middle to late Sarmatian s.l. (Bessarabian and Khersonian) (after Kelsnikov, 1940, and Belokrys, 1966). Map based on Google Earth.
Figure 5 in The ecological condition of coastal waters off the Heracles Peninsula (Crimea, the Black Sea)
Figure 5. Comparison of the H/L index in the mussel M. galloprovincialis with a shell length of 30 and 50 mm from various water areas.
Figure 4 in The ecological condition of coastal waters off the Heracles Peninsula (Crimea, the Black Sea)
Figure 4. Relationship between surface water parameters and seasonal temperature changes (Twater, ºС): A - primary production, B - concentration of total suspended matter, C - period of mass of suspension, D - maximum daylight illumination
Figure 2 in The connection of the intensity of the plankton community luminescence and the age distribution of horse mackerel in the coastal waters of the south-western Crimea
Figure 2. The average monthly intensity of glow organisms 1 – in the winter (January-February); 2 – in the spring (May); 3 — in the summer (June-July) in the 2010-2015.
Figure 3 in The connection of the intensity of the plankton community luminescence and the age distribution of horse mackerel in the coastal waters of the south-western Crimea
Figure 3. Relative quantity of the age groups the Trachurus mediterraneus (1-yearlings. 2 - two-year-olds. 3 - threeyear-olds. 4 - four-year-olds. 5 - five-year-olds) in the spring-summer period in the coastal waters of the south-western Crimea.
Fig. 4 in Calcareous Algae, Microbial Structures And Microproblematica From Upper Jurassic-Lowermost Cretaceous Limestones Of Southern Crimea
Fig. 4 Calcareous algae (Dasycladales) from the Yalta-Ay Petri area, southern Crimea. a to f Chinianella scheimpflugi Hofmann in oblique (a, c), tangential (b) and transverse (d-f) sections. a, sample KB-15c; b,c, sample KB-27; d, sample KE-12; e, sample Kj-5a; f, sample KC-11. g to l Griphoporella cretacea (Dragastan) in oblique-tangential (h, i), tangential (j), and oblique-longitudinal and longitudinalal (g, k, l) sections. g, sample KB-40a; h, i, sample KB-40b; j, sample KB-38c; k, sample KB-7a; l, sample KB-7e. Scale bar: 0.25 mm (a to f, h to l); 0.5 mm (g).
Fig. 14 in Calcareous Algae, Microbial Structures And Microproblematica From Upper Jurassic-Lowermost Cretaceous Limestones Of Southern Crimea
Fig. 14 Calcareous algae (Dasycladales, Thaumatoporellales) and Microproblematica from the Yalta-Ay Petri area, southern Crimea. a?Otternstella sp. in oblique-tangential section; sample KO-3a. b, f?Humiella sp. longitudinal section (b) and transverse section (f) through laterals; sample KA-8. c, g, h Neogyroporella? gawlicki Schlagintweit in oblique (c), transverse (g), and transverse-oblique section; c, sample KJ-5a; g, sample KB-44a; h, sample KO-3a. d?Clypeina sp. in longitudinal-oblique section; sample KE-4e. e, i Clypeina/Actinoporella sp. in oblique (e) and tangential (i) sections; e, sample KB-6b; i, sample KB-14. j, k Reproductive cysts inside laterals of a triploporellacean alga; sample KC-16; k, enlargements of j. l, n Coptocampylodon-like fragments; possibly lateral fragments of Selliporella cf. neocomiensis; sample KB-13. m, Terquemella sp. (reproductive structures from a large triploporellacean alga); sample KC-33. o, p Thaumatoporella parvovesiculifera (Raineri); o, sample KB-7a; p, sample KB-7b. Scale bar: 0.25 mm (a ton, p; 0.5 mm (o).
Fig. 7 in Calcareous Algae, Microbial Structures And Microproblematica From Upper Jurassic-Lowermost Cretaceous Limestones Of Southern Crimea
Fig. 7 Calcareous algae (Dasycladales) from the Yalta-Ay Petri area, southern Crimea. a to k Salpingoporella gr. pygmaea (Gümbel) in longitudinal oblique and oblique (a to f) sections, and transverse-oblique and transverse (g to k) sections. a, c, sample KB-15b; b, sample KC-11; d, sample KB-47a; e, sample KB-6b; f, sample KB-5; g, sample KB-40a; h, sample KB-42d; i, sample KO-3a; j, sample KB-13; k, sample KB-15c. Scale bar: 0.25 mm (a to k).
Fig. 10 in Calcareous Algae, Microbial Structures And Microproblematica From Upper Jurassic-Lowermost Cretaceous Limestones Of Southern Crimea
Fig. 10 Calcareous algae (Dasycladales) from the Yalta-Ay Petri area, southern Crimea. a to g Steinmanniporella taurica (Pcelincev) in longitudinal-oblique (a to d, f), oblique (e) and transverse-oblique (g) sections. A, sample KJ-23a; b, sample KJ- 23b; c, sample KB-41a; d, sample KB-38a; e, sample KB-41b; f, sample KJ-23b; g, sample KC-17b. Scale bar: 0.5 mm (a to g).
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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
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.