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.
3,538
datasets available to search
ShareScore release 0.9.0
Dataset results
3,538 results for “Lizard”
FIGURE 5 in Electivities And Resource Use By An Assemblage Of Lizards Endemic To The Dunes Of The São Francisco River, Northeastern Brazil P L.B. R M T. R Abstract
FIGURE 5. Scatterplots of body mass versus snout-vent length (A) and head width versus jaw length (B) based on data from seven lizard species endemic to the dunes of Ibiraba, State of Bahia, Brazil.
Figs. 5–7. Languria angustata. 5 in New Information about Lizard Beetles (Coleoptera: Erotylidae: Languria angustata (Beauvois, 1805) and Languria mozardi Latreille, 1807) in Pennsylvania
Figs. 5–7. Languria angustata. 5) Example of a living adult. Photograph by Judy Gallagher via iNaturalist (www.inaturalist.org/observations/3716931), used under a CC BY 4.0 license; 6) Dorsum of dead, disarticulated adult recovered from a mine in L. siphilitica; 7) Venter of the same disarticulated adult. Photographs 6 and 7 by M. Skvarla.
Figs. 1–4. Languria mozardi. 1 in New Information about Lizard Beetles (Coleoptera: Erotylidae: Languria angustata (Beauvois, 1805) and Languria mozardi Latreille, 1807) in Pennsylvania
Figs. 1–4. Languria mozardi. 1) Example of an adult. Photograph by skitterbug via iNaturalist (www.inaturalist.org/ observations/13232660), used under a CC BY 4.0 license; 2) Wilted soybean plants showing a red to brown discoloration of the pith and leaf petioles; 3) Closeup of larva in damaged stem; 4) Larva removed from stem. Photographs 2–4 by A. Murillo-Williams.
Figure 1 in Blood parasites in sympatric lizards: what is their impact on hosts' immune system?
Figure 1. Circulating blood cells in P. vaucheri and S. perspicillata lizards: A) uninfected mature erythrocyte (oneheaded arrow) and immature erythrocyte (double-headed arrow); B) and C) haemogregarine parasites infecting erythrocytes; D) heterophil cell (double-headed arrow) and two thrombocytes (one-headed arrows); E) an eosinophil (one-headed arrow) and a lymphocyte (double-headed arrow); F) one azurophil; G) one monocyte and H) one basophil. Scale black bar = 10 µm.
Figure 3 in Blood parasites in sympatric lizards: what is their impact on hosts' immune system?
Figure 3. Boxplot of the variation in swelling response to PHA (%) among infected individuals by species, localities and sexes. The black line inside the box represents the mean swelling, box represent 50% of the central values, and the extremes represent the minimum and maximum values (excluding outliers).
Figure 2 in Blood parasites in sympatric lizards: what is their impact on hosts' immune system?
Figure 2. Estimate of phylogenetic relationships based on a Bayesian analysis of 18S rDNA sequences of haemogregarines. Statistical support is reported for relevant nodes: above, Bayesian Posterior Probabilities> 90; below, bootstrap values for ML> 70; + indicates support of 100%. Clades presented with triangles were collapsed in height by 75%. The sequences from this study are indicated in bold with sample codes given inside parenthesis.
FIGURE 3 in Lectotype Designation And Redescription Of The Gymnophthalmid Lizard Riama Columbiana (Andersson, 1914) With Notes On The Type Locality
FIGURE 3: Distribution of Riama columbiana. Map with collection localities (black circles) for R. columbiana. Numbers correspond to the localities referenced in Referred material. Triangle = Approximated type locality, in Municipio de Sonsón, Departamento de Antioquia.
FIGURE 2 in Lectotype Designation And Redescription Of The Gymnophthalmid Lizard Riama Columbiana (Andersson, 1914) With Notes On The Type Locality
FIGURE 2: Riama columbiana in life.Two females (A, B: ICN 11295 [SVL: 69.2 mm] and C, D: ICN 11297 [SVL: 70.5 mm]), a subadult male (E: ICN 11298 [SVL: 57.4 mm]), and a juvenile male (F: ICN 11296 [SVL: 41.1 mm]). Photos: Taran Grant.
FIGURE 4 in Lectotype Designation And Redescription Of The Gymnophthalmid Lizard Riama Columbiana (Andersson, 1914) With Notes On The Type Locality
FIGURE 4: Forests of the CHEC on the western slopes of the Cordillera Central of the Colombian Andes in Caldas Department. ICN 11295-01 were found in grassland adjacent to the cloud forest. Photo: Susana Velásquez.
FIGURE 1 in Lectotype Designation And Redescription Of The Gymnophthalmid Lizard Riama Columbiana (Andersson, 1914) With Notes On The Type Locality
FIGURE 1: A) Dorsal and B) ventral view of the lectotype (NRM 1631 [SVL: 73.4 mm]) of Riama columbiana. Photos: Santiago J. Sánchez-Pacheco.
FIGURE 2 in Himantoglossum jankae (Orchidaceae: Orchideae), a new name for a longmisnamed lizard orchid
FIGURE 2. Illustrations of Himantoglossum jankae from Hungary. A. Habit (Budapest). B. Winter-green leaf-rosette (Veszprém). C–F. Flowers (C. Pilisszentkereszt, D. Tarcal, E–F. Veszprém) (Photos A. Molnár V.).
Figure 11. Anguimorpha indet. 1 in Timing of intercontinental faunal migrations: Anguimorph lizards from the earliest Eocene (MP 7) of Dormaal, Belgium
Figure 11. Anguimorpha indet. 1 (A–F) and Squamata indet. (G–L) from the earliest Eocene of Dormaal. Dorsal vertebra IRSNB R 501 in: A, dorsal; B, ventral; C, lateral right; D, lateral left; E, anterior; and F, posterior views. Caudal vertebra IRSNB R 502 in G, dorsal; H, ventral; I, lateral right; J, lateral left; K, anterior; and L, posterior views (all micro-CT visualizations) (all micro-CT visualizations).
Figure 10 in Timing of intercontinental faunal migrations: Anguimorph lizards from the earliest Eocene (MP 7) of Dormaal, Belgium
Figure 10. Palaeovaranidae indet. from the earliest Eocene of Dormaal. Right maxilla IRSNB R 499 in A, lateral; B, medial with detail of teeth; C, dorsomedial; D, dorsal; and E, ventral views. Osteoderm IRSNB R 500 in F, external; G, internal; H, right side of the osteoderm; I, left side of the osteoderm; J, anterior; and K, posterior views (all micro-CT visualizations).
Figure 9 in Timing of intercontinental faunal migrations: Anguimorph lizards from the earliest Eocene (MP 7) of Dormaal, Belgium
Figure 9. Saniwa orsmaelensis from the earliest Eocene of Dormaal. Left dentary IRSNB R 495 in A, lateral; B, medial (with virtually segmented pulp cavities of the anterior teeth); and C, dorsal (with virtually segmented pulp cavities of the anterior teeth) views. Dorsal vertebrae IRSNB R 496 (I–N) and IRSNB R 497 (O–T) in I, O, dorsal; J, P, ventral; K, Q, lateral right; L, R, lateral left; M, S, anterior; and N, T, posterior views. Left humerus IRSNB R 498 in U, ventral; V, dorsal; W, posterior; X, anterior; and Y, medial views (all micro-CT visualizations).
Figure 8 in Timing of intercontinental faunal migrations: Anguimorph lizards from the earliest Eocene (MP 7) of Dormaal, Belgium
Figure 8. Glyptosauridae indet. from the earliest Eocene of Dormaal. Osteoderms: IRSNB R 490 in A, external; B, lateroexternal; C, internal; and D, lateral views. IRSNB R 491 in E, external; F, lateroexternal; G, internal; and H, lateral views. IRSNB R 492 in I, external; J, internal; and K, lateral views. IRSNB R 493 in L, external; M, internal; N, lateral; and O, anterointernal views. Dorsal vertebra IRSNB R 494 in P, dorsal; Q, ventral; R, lateral right; S, lateral left; T, anterior; and U, posterior views (all micro-CT visualizations).
Figure 7 in Timing of intercontinental faunal migrations: Anguimorph lizards from the earliest Eocene (MP 7) of Dormaal, Belgium
Figure 7. Glyptosauridae indet. from the earliest Eocene of Dormaal. Premaxillae IRSNB R 486 (A–E) and IRSNB R 487 (F–K) in A, F, anterior; B, G, posterior; C, H, lateral right; D, I, lateral left; J, dorsolateral; and E, K, ventral views. Right nasal IRSNB R 488 in L, dorsal; M, ventral; N, lateral; and O, medial views. Supraocular IRSNB R 489 in P, dorsal; Q, ventral; R, lateral; and S, medial views (all micro-CT visualizations).
Figure 6 in Timing of intercontinental faunal migrations: Anguimorph lizards from the earliest Eocene (MP 7) of Dormaal, Belgium
Figure 6. Gaultia ragei comb. nov. from the earliest Eocene of Dormaal. Left dentaries: IRSNB R 483 in A, lateral; B, medial with detail of teeth; C, dorsal; D, ventromedial and E, posterior views. IRSNB R 484 in F, lateral; G, medial H, dorsal; and I, ventromedial views. IRSNB R 485 in J, lateral with detail of teeth in dorsal; K, medial with detail of teeth in dorsomedial views (all micro-CT visualizations except of tooth details).
Figure 4 in Timing of intercontinental faunal migrations: Anguimorph lizards from the earliest Eocene (MP 7) of Dormaal, Belgium
Figure 4. Gaultia ragei comb. nov. from the earliest Eocene of Dormaal. The parietal IRSNB R 482 in A, dorsal; B, ventral; C, lateral; D, anteroventrolateral; and E, anteroventral views (all micro-CT visualizations).
Figure 2 in Timing of intercontinental faunal migrations: Anguimorph lizards from the earliest Eocene (MP 7) of Dormaal, Belgium
Figure 2. Gaultia ragei comb. nov. from the earliest Eocene of Dormaal. Right maxillae: IRSNB R 478 in A, lateral; B, medial with detail of teeth in ventromedial; C, ventral; D, dorsal; E, dorsomedial; and F, posterodorsomedial views. IRSNB R 479 in G, lateral; H, medial; I, ventral; and J, dorsal. IRSNB R 480 in K, lateral with detail of teeth in ventrolateral; L, medial with detail of teeth in ventromedial views (all micro-CT visualizations except of tooth details).
Figure 3 in Timing of intercontinental faunal migrations: Anguimorph lizards from the earliest Eocene (MP 7) of Dormaal, Belgium
Figure 3. Gaultia ragei comb. nov. from the earliest Eocene of Dormaal. Right frontal IRSNB R 481 (A–E) and fused frontals IRSNB R 392 (F–J) in A, F, dorsal (photographs); B, G, dorsal; C, H, ventral; D, I, lateral; E, J, anterior views (all micro-CT visualizations, except A and F).
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.