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190 results for “Aegean Sea”
FIGURE 5 in Cobitis indus, a new spined loach from the Dalaman River in the Eastern Aegean Sea basin (Teleostei: Cobitidae)
FIGURE 5. Cobitis indus, paratypes; (a) NUIC 1708–2, female, 55.5 mm SL; (b) NUIC 1708–5, female, 64 mm SL; Turkey: Dalaman River at Alcı.
FIGURE 4 in Cobitis indus, a new spined loach from the Dalaman River in the Eastern Aegean Sea basin (Teleostei: Cobitidae)
FIGURE 4. Cobitis indus, paratypes; (a) NUIC 1708–2, female, 55.5 mm SL; (b) NUIC 1708–5, female, 64 mm SL; Turkey: Dalaman River at Alci.
FIGURE 1 in Cobitis indus, a new spined loach from the Dalaman River in the Eastern Aegean Sea basin (Teleostei: Cobitidae)
FIGURE 1. The Bayesian Inference (BI) phylogenetic relationships within the studied Cobitis based on the mitochondrial COI barcode region. Values at nodes correspond to BI posterior probability/ML bootstrap. Numbers after each species name corresponds to GenBank accession number on Table 1 (Solid bars right to the specimen labels indicate species delimitation results from PTP except outgroups).
FIGURE 3 in A new cave-dwelling species of Plakina (Porifera: Homoscleromorpha) from Crete, Greece (South Aegean Sea)
FIGURE 3. Spicules of Plakina strongylata sp. nov. (SEM). A, monolophose calthrops. B, dilophose calthrops. C, trilophose calthrops. D, tetralophose calthrops. E, irregular spicules.
FIGURE 2 in A new cave-dwelling species of Plakina (Porifera: Homoscleromorpha) from Crete, Greece (South Aegean Sea)
FIGURE 2. Spicules of Plakina strongylata sp. nov. (SEM). A, calthrops. B, monolophose diods. C, dilophose diods. D, monolophose triods. E, dilophose triods. F, trilophose triods.
FIGURE 1 in A new cave-dwelling species of Plakina (Porifera: Homoscleromorpha) from Crete, Greece (South Aegean Sea)
FIGURE 1. Plakina strongylata sp. nov. A–B, living specimens in situ (os, oscules). C, transverse section of the whole sponge body (bc, basal cavities; ch, choanosome; em, embryos; s, surface). D, ectosome in transverse section (ls, lophose spicules). E, diods. F, detail of the extremities of diods. G, triods (E–G, SEM).
Figure 5 in First occurrence of fouling ascidian species Microcosmus squamiger Michaelsen, 1927 and Didemnum ahu Monniot C. & Monniot F., 1987 in İzmir Bay (Eastern Aegean Sea)
Figure 5. (a) Microcosmus squamiger (Mordoğan, 25.08.2015), (b) M. squamiger without tunic, (c) detail of the pericoroneal area (Karaburun, 25.08.2015), Scale bars: A-C: 2 mm.
Figure 3 in First occurrence of fouling ascidian species Microcosmus squamiger Michaelsen, 1927 and Didemnum ahu Monniot C. & Monniot F., 1987 in İzmir Bay (Eastern Aegean Sea)
Figure 3. (a) Didemnum ahu colony, (b) thorax of a zooid, (c) larva, (d) spicules, (e) larva (Karaburun, 23.11.2015), Scale bars: A, B, C: 1 mm.
Figure 2 in First occurrence of fouling ascidian species Microcosmus squamiger Michaelsen, 1927 and Didemnum ahu Monniot C. & Monniot F., 1987 in İzmir Bay (Eastern Aegean Sea)
Figure 2. (a) Polyclinum sp. (Levent Marina, 24.11.2015), (b-d) Botrylloides leachii colony and detail of zooids (Urla, 26.08.2015), Scale bars: D: 1 mm.
Figure 1 in First occurrence of fouling ascidian species Microcosmus squamiger Michaelsen, 1927 and Didemnum ahu Monniot C. & Monniot F., 1987 in İzmir Bay (Eastern Aegean Sea)
Figure 1. The study area and the locations of sampling stations. S1: Pasaport, S2: Levent Marina, S3: Urla, S4: Mordoğan, S5: Karaburun, S6: Çeşme-Dalyan Marina, and S7: Seferihisar-Sığacık. (Images of the sampling stations were taken from Google Earth).
Figure 2 in Bathymetric trends in distribution and size of demersal fish species in the north Aegean Sea
Figure 2. Bathymetric distribution of the dominant fish species within the depth range studied (30–500 m). Black circles represent the centre of gravity (COG); thick lines correspond to the habitat width (HW). Black arrows indicate a displacement in real terms of the COG beyond the depth range sampled. Grey arrows indicate a small displacement in real terms of COG, but included in the depth range considered. Numbers 1–13 on the top axis correspond to the 13 sectors into which the sampled depth interval was divided.
Figure 3. Mean FCR values for Sagitta enflata, S. serratodentata, S. minima and S in Abundance, vertical distribution and feeding of chaetognaths in the upper 50 m layer of the eastern Aegean Sea
Figure 3. Mean FCR values for Sagitta enflata, S. serratodentata, S. minima and S. setosa in each depth interval (0–10, 10–20, 20–30, 30–40 and 40–50 m).
Figure 2 in Abundance, vertical distribution and feeding of chaetognaths in the upper 50 m layer of the eastern Aegean Sea
Figure 2. The vertical distribution of Sagitta enflata, S. serratodentata, S. minima and S. setosa as percentage of total caught in water column sampled, and the average median depth (m) for each species (dotted lines).
Figure 5 in Seasonal community structure of the molluscan macrofauna at the marine-lagoonal environmental transition at Kalloni solar saltworks (Lesvos Island, NE Aegean Sea, Greece)
Figure 5. Environmental gradients and the corresponding variations of molluscan community descriptors in the study area.
Figure 5 in Abundance, vertical distribution and feeding of chaetognaths in the upper 50 m layer of the eastern Aegean Sea
Figure 5. The horizontal distribution of the integrated abundance (ind m23) of total copepods, cladocerans and chaetognaths in each of the 10 sampling stations.
Figure 4 in Seasonal community structure of the molluscan macrofauna at the marine-lagoonal environmental transition at Kalloni solar saltworks (Lesvos Island, NE Aegean Sea, Greece)
Figure 4. Cluster analysis dendrogram and nMDS ordination plot of the sampling sites (1, gulf; 2, channel; 3, pond1; 4, pond2) in each season (WI, winter; SP, spring; SU, summer; AU, autumn).
Figure 2 in Seasonal community structure of the molluscan macrofauna at the marine-lagoonal environmental transition at Kalloni solar saltworks (Lesvos Island, NE Aegean Sea, Greece)
Figure 2. Spatial and seasonal variations of the proportions of the trophic types of the dominant molluscan species. HER, herbivorous; DS, surface deposit feeders; SU, suspension feeders.
Figure 4 in Abundance, vertical distribution and feeding of chaetognaths in the upper 50 m layer of the eastern Aegean Sea
Figure 4. The mean FCR of the ontogenetic stages of Sagitta enflata, S. serratodentata, S. minima and S. setosa recorded in the 0–50 m water column of the total area.
Figure 5 in Bathymetric trends in distribution and size of demersal fish species in the north Aegean Sea
Figure 5. Relationship between regression coefficients (slopes) describing the relationship between fish size and depth and maximum average length of the 15 species with positive sizedepth relationships.
Figure 4. Regression lines between average length and sampling depth for the 19 in Bathymetric trends in distribution and size of demersal fish species in the north Aegean Sea
Figure 4. Regression lines between average length and sampling depth for the 19 species with significant size-depth relationships.
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Allen Brain Atlas
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OpenNeuro
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