Find research datasets worth reusing
Search datasets from major research repositories and use ShareScore to quickly assess how well each record supports discovery, access, and reuse.
233
datasets available to search
ShareScore release 0.9.0
Dataset results
233 results for “color pattern”
FIGURES 133–136. Main wing color patterns. 133 in Taxonomy of Neomuscina Townsend (Diptera, Muscidae) from Brazil
FIGURES 133–136. Main wing color patterns. 133. Neomuscina schadei; 134. N. pictipennis pictipennis; 135. N. zosteris; 136. N. nigricosta. (Scale 1 mm)
FIGURE 5 in Description and phylogenetic relationships of a new species of treefrog of the Dendropsophus leucophyllatus group (Anura: Hylidae) from the Amazon basin of Colombia and with an exceptional color pattern
FIGURE 5. Strict consensus topology of the 10 shortest trees (6833 steps) obtained from maximum parsimony analysis of DNA sequences of the 12S and 16S rRNA genes and the interveining tRNA Valine (see text for analysis details). Numbers below nodes are Jackknife values based on 1000 pseudoreplicates. Dendropsophus manonegra sp. nov. samples are highlighted in bold. Asterisks indicate 100% Jackknife support values.
FIGURE 3 in Description and phylogenetic relationships of a new species of treefrog of the Dendropsophus leucophyllatus group (Anura: Hylidae) from the Amazon basin of Colombia and with an exceptional color pattern
FIGURE 3. Drawings of the holotype of Dendropsophus manonegra sp. nov., MHUA-A 7336. (A) Head in lateral view, (B) head in dorsal view, (C) palmar surface of left hand, (D) plantar surface of left foot. Scale bar = 5 mm. Drawings: M. Rivera- Correa.
FIGURE 1 in Description and phylogenetic relationships of a new species of treefrog of the Dendropsophus leucophyllatus group (Anura: Hylidae) from the Amazon basin of Colombia and with an exceptional color pattern
FIGURE 1. Dorsal and ventral view of the preserved holotype of Dendropsophus manonegra sp. nov. (MHUA-A 7336, SVL 23.7 mm).
FIGURE 4 in Description and phylogenetic relationships of a new species of treefrog of the Dendropsophus leucophyllatus group (Anura: Hylidae) from the Amazon basin of Colombia and with an exceptional color pattern
FIGURE 4. Map showing the geographic distribution of Dendropsophus manonegra sp. nov. in Colombia. San José de la Fragua and Florencia, departamento de Caquetá (star); Bota Caucana, departamento de Cauca (diamond); Serranía de los Churumbelos, departamento de Putumayo (circle).
FIGURE 2 in Description and phylogenetic relationships of a new species of treefrog of the Dendropsophus leucophyllatus group (Anura: Hylidae) from the Amazon basin of Colombia and with an exceptional color pattern
FIGURE 2. Dendropsophus manonegra sp. nov. in life. (A) Lateral view (TG 1850, adult male, SVL 25.1 mm); (B) ventral view (MHUA-A 7337, paratype, adult female, SVL 32.5); (C) lateral view (TG1815, adult male, SVL 23.0 mm); (D) frontal view (TG 1815, adult male, SVL 23.0 mm). Photos: T. Grant (A, C, D); M. Rada (B).
FIGURE 11. Coenobita rugosus. A in Ontogenetic change of body color patterns in laboratory-raised juveniles of six terrestrial hermit crab species
FIGURE 11. Coenobita rugosus. A (whole animal, dorsal view), B (whole animal, right lateral view), C (animal showing ocular acicles, dorsal view), N1 (sample no. in Table 2, 0.92 mm SL, 0 months old); D (animal showing ocular acicles, right lateral view), N6 (1.04 mm SL, 1 month old); E (whole animal, dorsal view), F (animal showing ocular acicles and shield, left lateral view), N8 (1.34 mm SL, 3 months old).
FIGURE 10. Coenobita purpureus. A in Ontogenetic change of body color patterns in laboratory-raised juveniles of six terrestrial hermit crab species
FIGURE 10. Coenobita purpureus. A (animal showing shield, posterior carapace, and appendages, dorsal view), B (animal showing shield, posterior carapace, and appendages, left lateral view), M10 (sample no. in Table 2, 1.82 mm SL, 3 months old); C (animal showing shield, posterior carapace, and left appendages, dorsal view), M20 (2.29 mm SL, 6 months old); D (animal showing palm of the left cheliped, dorsal view), E (animal showing propodus and dactylus of the left third pereiopod, dorsal view), M37 (4.63 mm SL, 12 months old).
FIGURE 12. Coenobita rugosus. A in Ontogenetic change of body color patterns in laboratory-raised juveniles of six terrestrial hermit crab species
FIGURE 12. Coenobita rugosus. A (animal showing ocular acicles, shield, and some appendages, dorsal view), B (animal showing ocular peduncles, ocular acicles, and shield, right lateral view), C (animal showing ocular peduncles, ventral view), N10 (sample no. in Table 2, 1.78 mm SL, 4 months old); D (whole animal, dorsal view), N15 (1.57 mm SL, 5 months old); E (whole animal dorsal view), F (animal showing ocular peduncles, shield, and some appendages, left lateral view), N16 (1.91 mm SL, 6 months old); G (animal showing ocular peduncles, shield, and some appendages, left lateral view), N17 (1.70 mm SL, 6 months old); H (animal showing ocular peduncles, shield, and some appendages, left lateral view), N22 (2.07 mm SL, 8 months old); I (animal showing ocular peduncles, shield, and some appendages, left lateral view), N24 (1.81 mm SL, 8 months old).
FIGURE 7. Coenobita cavipes. A in Ontogenetic change of body color patterns in laboratory-raised juveniles of six terrestrial hermit crab species
FIGURE 7. Coenobita cavipes. A (whole animal, dorsal view), B (animal showing shield, posterior carapace, and some appendages, right lateral view), C (animal showing ocular peduncles, ventral view), O2 (sample no. in Table 1, 1.03 mm SL, 0 months old); D (whole animal, dorsal view), E (whole animal, left lateral view), O5 (1.15 mm SL, 1 month old); F (animal showing shield, posterior carapace, and some appendages, dorsal view), O7 (1.43 mm SL, 2 months old).
FIGURE 2 in Ontogenetic change of body color patterns in laboratory-raised juveniles of six terrestrial hermit crab species
FIGURE 2. Photos of adults of coenobitid crab species commonly found in the Ryukyu Archipelago, Japan. A, B, Coenobita purpureus; C, D, Coenobita rugosus; E, F, Coenobita violascens.
FIGURE 5. Coenobita brevimanus. A in Ontogenetic change of body color patterns in laboratory-raised juveniles of six terrestrial hermit crab species
FIGURE 5. Coenobita brevimanus. A (whole animal, dorsal view), B (whole animal, left lateral view), ON2 (sample no. in Table 1, 0.87 mm SL, 0 months old); C (whole animal, dorsal view), D (animal showing shield and posterior carapace, left lateral view), ON5 (1.10 mm SL, 1 month old); E (animal showing shield, posterior carapace, and some appendages, dorsal view), F (animal showing shield and posterior carapace, left lateral view), ON6 (1.40 mm SL, 1 month old).
FIGURE 6. Coenobita brevimanus. A in Ontogenetic change of body color patterns in laboratory-raised juveniles of six terrestrial hermit crab species
FIGURE 6. Coenobita brevimanus. A (animal showing shield, posterior carapace, and some appendages, dorsal view), B (animal showing shield, posterior carapace, and some appendages, left lateral view), C (animal showing left appendages, left lateral view), ON35 (sample no. in Table 1, 2.51 mm SL, 11 months old); D (live crab with a gastropod shell, dorsal view) (approximately 1.7 mm SL, 5 months old).
FIGURE 14. Coenobita violascens. A in Ontogenetic change of body color patterns in laboratory-raised juveniles of six terrestrial hermit crab species
FIGURE 14. Coenobita violascens. A (whole animal, dorsal view), B (whole animal, left lateral view), K11 (sample no. in Table 2, 1.53 mm SL, 4 months old); C (whole animal, dorsal view), D (whole animal, left lateral view), K15 (1.51 mm SL, 5 months old); E (animal showing ocular peduncles, ocular acicles, shield, posterior carapace and left appendages, dorsal view), F (whole animal, left lateral view), K30 (2.03 mm SL, 10 months old).
FIGURE 13. Coenobita violascens. A in Ontogenetic change of body color patterns in laboratory-raised juveniles of six terrestrial hermit crab species
FIGURE 13. Coenobita violascens. A (whole animal, dorsal view), B (animal showing ocular peduncles, shield, posterior carapace and some appendages, right lateral view), K3 (sample no. in Table 2, 1.06 mm SL, 0 months old); C (whole animal, dorsal view), D (animal showing ocular peduncles, shield, and posterior carapace, left lateral view), K6 (1.37 mm SL, 1 month old); E (animal showing ocular peduncles, ocular acicles, shield, posterior carapace and some appendages, dorsal view), F (whole animal, left lateral view), K9 (1.44 mm SL, 3 months old).
FIGURE 1 in Ontogenetic change of body color patterns in laboratory-raised juveniles of six terrestrial hermit crab species
FIGURE 1. Photos of adults of coenobitid crab species commonly found in the Ryukyu Archipelago, Japan. A, B, Birgus latro; C, D, Coenobita brevimanus; E, F, Coenobita cavipes.
FIGURE 4. Birgus latro. A in Ontogenetic change of body color patterns in laboratory-raised juveniles of six terrestrial hermit crab species
FIGURE 4. Birgus latro. A (animal showing shield, posterior carapace, and some appendages, dorsal view), B (animal showing shield, left lateral view), Y15 (sample no. in Table 1, 1.72 mm SL, 4 months old); C (animal showing shield, posterior carapace, and left appendages, dorsal view), Y30 (2.21 mm SL, 9 months old); D (animal showing shield, posterior carapace, and some appendages, dorsal view), Y33 (2.72 mm SL, 12 months old); E (live crab without a gastropod shell, dorsal view) (approximately 4.0 mm SL, 24 months old).
FIGURE 9. Coenobita purpureus. A in Ontogenetic change of body color patterns in laboratory-raised juveniles of six terrestrial hermit crab species
FIGURE 9. Coenobita purpureus. A (whole animal, dorsal view), B (whole animal, left lateral view), M2 (sample no. in Table 2, 1.09 mm SL, 0 months old), C (whole animal, dorsal view), D (whole animal, left lateral view), M6 (1.41 mm SL, 1 month old); E (animal showing shield, posterior carapace, and appendages, dorsal view), F (whole animal, left lateral view), M7 (1.64 mm SL, 2 months old).
FIGURE 3. Birgus latro. A in Ontogenetic change of body color patterns in laboratory-raised juveniles of six terrestrial hermit crab species
FIGURE 3. Birgus latro. A (whole animal, dorsal view), B (animal showing shield and posterior carapace, left lateral view), Y1 (sample no. in Table 1, 0.96 mm SL, 0 months old); C (whole animal, dorsal view), D (animal showing shield, left lateral view), Y5 (1.14 mm SL, 1 month old); E (animal showing shield, posterior carapace, and some appendages, dorsal view), F (animal showing shield, left lateral view), Y8 (1.59 mm SL, 2 months old); G (animal showing shield, posterior carapace, and some appendages, dorsal view), Y12 (1.77 mm SL, 3 months old).
FIGURE 8. Coenobita cavipes. A in Ontogenetic change of body color patterns in laboratory-raised juveniles of six terrestrial hermit crab species
FIGURE 8. Coenobita cavipes. A (animal showing ocular acicles and shield, dorsal view), B (animal showing shield and posterior carapace, left lateral view), O7 (sample no. in Table 1, 1.43 mm SL, 2 months old); C (animal showing shield, posterior carapace, and some appendages, dorsal view), D (whole animal, left dorsal view); E (animal showing ocular peduncles, ventral view), O12 (1.42 mm SL, 3 months old); F (animal showing left appendages, dorsal view), G (whole animal, left lateral view), O31 (2.49 mm SL, 10 months old).
ScienceDex guides
Understand access before you commit
These curated guides explain access requirements, typical timelines, costs, and reuse considerations for widely used research datasets.
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.