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Fig. 2 in Psammoecus simonis Grouvelle 1892
Fig. 2. Depth and temperature records of EEL-A (A) and EEL-B (B), which were released in or near the Japanese eel spawning area along the West Mariana Ridge. The swimming depths (blue) and experienced water temperatures (red) are shown in each panel.
Fig. 1 in Psammoecus simonis Grouvelle 1892
Fig. 1. (A) Spawning area of the Japanese eel in the western North Pacific region (square) and the larval migration route to East Asia, using the North Equatorial Current (NEC) and the Kuroshio Current (KC). (B) Release (open circle) and pop-up locations (open square) of the tagged eels and bathymetric structure of the West Mariana Ridge.
Fig. 9 in Psammoecus simonis Grouvelle 1892
Fig. 9. Relationships between swimming depth and sun altitude at the starting points of descending and ascending.
Fig. 5 in Psammoecus simonis Grouvelle 1892
Fig. 5. Relationships between lunar ages and swimming depths during nighttime periods with (A) and without (B) the moon in the sky. The two halves of the lunar month (0-30) are superimposed in inverse directions (0-15; new moon to full moon, and full moon to new moon).
Fig. 2 in Psammoecus simonis Grouvelle 1892
Fig. 2. Photographs of a 16.0 mm Anguilla borneensis longfin leptocephalus collected at Stn. 46 in the Celebes Sea (A), and a 54.8 mm Anguilla marmorata longfin leptocephalus collected at Stn. 8 in Tomini Bay (B) that shows a deep-body and anteriorly extending dorsal fin (longfin type) that is typical of that species.
Fig. 4 in Psammoecus simonis Grouvelle 1892
Fig. 4. Swimming depths of EEL-B during nighttime periods for the 31-day observation period. The swimming depths were separated into nighttime with moon (open circles) and without moon (black circles) periods. Asterisks shows significant differences between nighttime with moon and without moon, and bars indicate no significant differences (Mann-Whitney U test, p = 0.06, 0.81).
Fig. 1 in Psammoecus simonis Grouvelle 1892
Fig. 1. Map of the Indonesian Archipelago region showing the location of the sampling survey (rectangle) (A) for collecting anguillid leptocephali in the Celebes Sea and Tomini Bay in 2 grids of stations (B). Stations sampled at night (black circles) and during daytime (white circles) and the station numbers are shown.
Fig. 7 in Psammoecus simonis Grouvelle 1892
Fig. 7. Swimming depth (A) and experienced water temperature (C) of EEL-B with all daily records superimposed from the analyzed period (31 days). The dotted line represents the averaged time of sun culminations during the analyzed period. Relationships between the differences in sun altitude from culmination and the swimming depth (B) and experienced water temperature (D) during daytime.
Fig. 8 in Psammoecus simonis Grouvelle 1892
Fig. 8. Liolaemus antonietae sp. nov., all from type locality. (A-B) Holotype, male (SSUC Re 697), (C-E) Paratypes males (SSUC Re 698 and 695) and (F-G) Paratype female (SSUC Re 699). © 2018 Academia Sinica, Taiwan
Fig. 9 in Psammoecus simonis Grouvelle 1892
Fig. 9. Distributional map for Liolaemus antonietae sp. nov. along with geographically proximate species of the L. elongatus clade. Stars: Liolaemus antonietae sp. nov (red = Termas de Chillán, type locality; white = Shangrila). Green pentagon: L. smaug (1 = near Las Leñas, 2 = between Las Loicas and Peteroa Volcano, 3 = near Las Loicas). Lilac cross: L. carlosgarini (1 = Maule Lagoon, 2 = Lircay). Black diamond: L. choique (Paso el Choique). Gray square: L. antumalguen (1= Domuyo volcano, 2= Tromen Volcano). Pink haxagon: L. burmeisteri (Caepe Malal). White asterisk: L. crandalli (Auca Mahuida Volcano). Green triangle: L. scorialis (1 = Laja Lagoon, 2 = La Mula Lagoon). Orange circle: L. elongatus (formerly L. lonquimayensis, Lonquimay Volcano). Brown circle: L. elongatus used for morphology and DNA analyses (Llaima volcano). Yellow circles: L. elongatus used for DNA analyses (1 = Pampa de Lonco Luan, 2 = Primeros Pinos, 3 = Portal La Atravesada, 4 = Laguna Blanca, 5 = near Ingeniero Jacobacci, 6 = San Carlos de Bariloche, 7 = Ojo de Agua, 8 = El Maiten, 9 = Esquel, 10 = Tecka, 11 = Gobernador Costa and 12 = Los Manantiales). Blue circles: L. shitan (1 = Estancia Piedras Blancas, type locality, 2 = near San Antonio del Cuy). Pink inverted triangle: L. janequeoae (Tolhuaca). Blue ellipse: L. sp. 6 (Copahue Volcano).
Fig. 2 in Psammoecus simonis Grouvelle 1892
Fig. 2. Some specimens previously misidentified as L. chillanensis in Torres-Pérez et al. (2009): (A-B) MZUC 28251 and (C-D) MZUC 28249. Here identified as L. sp. Chillán.
Fig. 12 in Psammoecus simonis Grouvelle 1892
Fig. 12. Neighbor-joining tree of COI partial gene sequences of Mesocallis spp. (45 sequences of 5 species)
Fig. 6 in Psammoecus simonis Grouvelle 1892
Fig. 6. Bayesian Poisson Tree Processes (bPTP) with highest posterior probability supported delimitation. Zero in the deep nodes denotes that no samples through MCMC recover all sequences as a single species. Values in the collapsed nodes denote the posterior probability to support each species. Scale shows the number of changes per site. Numbers between parentheses indicate the number of sequences of the collapsed nodes.
Fig. 10 in Psammoecus simonis Grouvelle 1892
Fig. 10. Line illustration of M. (M.) carpinicola sp. nov.: (a) ANT III; (b) URS; (c) SIPH; (d) HT II; (e) anal plate; (f) cauda; (g) body.
Fig. 9 in Psammoecus simonis Grouvelle 1892
Fig. 9. Alate viviparous female of M. (P.) occulta sp. nov.: (a) body; (b) abdominal dorsum; (c) head; (d) cauda; (e) anal plate; (f) forewing; (g) URS; (h) HT II; (i) SIPH; (j) marginal tubercle on ABD VI. © 2018 Academia Sinica, Taiwan
Fig. 6 in Psammoecus simonis Grouvelle 1892
Fig. 6. Alate viviparous female of M. (M.) pteleae: (a) body; (b) abdominal dorsum; (c) head; (d) cauda; (e) anal plate; (f) forewing; (g) URS; (h) HT II; (i) SIPH; (j) marginal tubercle on ABD VI. © 2018 Academia Sinica, Taiwan
Fig. 1 in Psammoecus simonis Grouvelle 1892
Fig. 1. Variation in the true Liolaemus chillanensis. (A-B) Male from Termas de Chillán (SSUC Re 708). (C) Male from near Aguas Calientes (SSUC Re 710). (D) Male from Termas de Chillán (SSUC Re 707). (E-F) Female from Termas de Chillán (SSUC Re 709). © 2018 Academia Sinica, Taiwan
Fig. 5 in Psammoecus simonis Grouvelle 1892
Fig. 5. Alate viviparous female of M. (M.) carpinicola sp. nov.: (a) body; (b) abdominal dorsum; (c) head; (d) cauda; (e) anal plate; (f) forewing; (g) URS; (h) HT II; (i) SIPH; (j) marginal tubercle on ABD VI. © 2018 Academia Sinica, Taiwan
Fig. 4 in Psammoecus simonis Grouvelle 1892
Fig. 4. Representatives of Mesocallis (Paratinocallis) of in life: (a) alate viviparous female of M. (P.) corylicola; (b) alatoid nymph of M. (P.) corylicola; (c) alate viviparous female of M. (P.) occulta sp. nov.; (d) alatoid nymph of M. (P.) occulta sp. nov. © 2018 Academia Sinica, Taiwan
Fig. 8 in Psammoecus simonis Grouvelle 1892
Fig. 8. Alate viviparous female of M. (P.) corylicola: (a) body; (b) abdominal dorsum; (c) head; (d) cauda; (e) anal plate; (f) forewing; (g) URS; (h) HT II; (i) SIPH; (j) marginal tubercle on ABD VI. © 2018 Academia Sinica, Taiwan
ScienceDex guides
Understand access before you commit
These curated guides explain access requirements, typical timelines, costs, and reuse considerations for widely used research datasets.
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International Brain Laboratory public data
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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.