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FIGURE 15 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 15. Synthesis of the differences in diet (food items and sizes) and phase of activity among the five lizard species extensively using protected microhabitat areas (lower pentagram) and among the four lizard species extensively using exposed microhabitat areas (or avoiding protected areas) (upper square). Black straight lines crossed by gray curved lines show differences in food consumption and phase of activity (indicated in gray letters) between pairs of species.
FIGURE 12 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 12. Relative contributions of very small, small, and medium-sized larvae to the total mass of larvae ingested by Cnemidophorus spec. nov. (CNE- black bars), Briba brasiliana (BRIgray bars) and Calyptommatus leiolepis (CAL- striped bars), the three lizard species endemic to the Ibiraba dunes, State of Bahia, Brazil for which larvae are the most important item in their diets.
FIGURE 10 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 10. Frequency of food items available in the dunes of Ibiraba, State of Bahia, Brazil, estimated by captures in pitfall traps (black bars) and by total consumption by the lizard assemblage (gray bars). Black arrows indicate food categories of low consumption by the assemblage and gray arrows show food categories better estimated by lizard consumption. Food categories: 1 = Formicidae; 2 = Araneae; 3 = Coleoptera; 4 = Diplopoda; 5 = Thysanura; 6 = Ensifera; 7 = Hymenoptera (except Formicidae); 8 = Solifugae; 9 = Acari; 10 = Scorpiones; 11 = Chilopoda; 12 = Phasmida; 13 = Blattaria; 14 = Mantodea; 15 = Diptera; 16 = Hemiptera; 17 = Homoptera; 18 = Insect larvae and pupae; 20 = Pseudoscorpiones; 21 = Lepidoptera; 22 = Caelifera; 23 = Collembola; 24 = Neuroptera; 25 = Embioptera; 26 = Isoptera; 27 = Arthropod eggs; 28 = Flowers; 29 = Gastropoda; 30 = Plant matter (except flowers).
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 39–41 in New Tachydromiinae (Diptera: Empidoidea: Hybotidae) from different types of forests along the Congo river (D. R. of the Congo)
Figs 39–41. Elaphropeza pachystylus sp. nov., 39. Right epandrial lamella, lateral view; 40. Terminalia, dorsal view; 41. Left surstylus, lateral view.
Figs 42–44 in New Tachydromiinae (Diptera: Empidoidea: Hybotidae) from different types of forests along the Congo river (D. R. of the Congo)
Figs 42–44. Elaphropeza pulchra sp. nov., 42. Right epandrial lamella, lateral view; 43. Terminalia, dorsal view; 44. Left surstylus, lateral view.
Figs 36–38 in New Tachydromiinae (Diptera: Empidoidea: Hybotidae) from different types of forests along the Congo river (D. R. of the Congo)
Figs 36–38. Elaphropeza kinshasensis sp. nov., 36. Right epandrial lamella, lateral view; 37. Terminalia, dorsal view; 38. Left surstylus, lateral view.
Figs 30–32 in New Tachydromiinae (Diptera: Empidoidea: Hybotidae) from different types of forests along the Congo river (D. R. of the Congo)
Figs 30–32. Elaphropeza asquamata sp. nov. holotype male, 30. Right epandrial lamella, lateral view; 31. Terminalia, dorsal view; 32. Left surstylus, lateral view.
Figs 24–26 in New Tachydromiinae (Diptera: Empidoidea: Hybotidae) from different types of forests along the Congo river (D. R. of the Congo)
Figs 24–26. Elaphropeza wetsii sp. nov., 24. Right epandrial lamella, lateral view; 25. Terminalia, dorsal view; 26. Left surstylus, lateral view.
Figs 7–11 in New Tachydromiinae (Diptera: Empidoidea: Hybotidae) from different types of forests along the Congo river (D. R. of the Congo)
Figs 7–11. Drapetis yangambensis sp. nov., 7. Right epandrial lamella, lateral view; 8. Ventral sclerite of right surstylus, dorsal view; 9. Dorsal sclerite of right surstylus, dorsal view. 10. Terminalia, dorsal view; 11. Left surstylus, lateral view.
Figs 27–29 in New Tachydromiinae (Diptera: Empidoidea: Hybotidae) from different types of forests along the Congo river (D. R. of the Congo)
Figs 27–29. Elaphropeza aseta sp. nov., 27. Right epandrial lamella and right surstylus, lateral view; 28 Terminalia, dorsal view; 29. Left surstylus, lateral view.
Figs 15–17 in New Tachydromiinae (Diptera: Empidoidea: Hybotidae) from different types of forests along the Congo river (D. R. of the Congo)
Figs 15–17. Elaphropeza dudui sp. nov., 15. Right epandrial lamella, lateral view; 16. Terminalia, dorsal view; 17. Left surstylus, lateral view.
Figs 4–6 in New Tachydromiinae (Diptera: Empidoidea: Hybotidae) from different types of forests along the Congo river (D. R. of the Congo)
Figs 4–6. Drapetis denticulata sp. nov., 4. Right epandrial lamella, lateral view; 5. Terminalia, dorsal view; 6. Left surstylus, lateral view.
Figs 21–23 in New Tachydromiinae (Diptera: Empidoidea: Hybotidae) from different types of forests along the Congo river (D. R. of the Congo)
Figs 21–23. Elaphropeza verheyeni sp. nov., 21. Right epandrial lamella, lateral view; 22. Terminalia, dorsal view; 23. Left surstylus, lateral view.
Figs 1–3. Crossopalpus nyaka Smith, 1969, 1 in New Tachydromiinae (Diptera: Empidoidea: Hybotidae) from different types of forests along the Congo river (D. R. of the Congo)
Figs 1–3. Crossopalpus nyaka Smith, 1969, 1. Right epandrial lamella and hypandrium, lateral view; 2. Terminalia, dorsal view; 3. Left surstylus, lateral view.
Fig. 1 in Cytoplasmic UV-R Absorption in an Integumentary Matrix (tunic) of Photosymbiotic Ascidian Colonies
Fig. 1. Transmittance (%) of 250-800 nm light for the bandpass filters U340 (thick line) and CT330/20 (thin line) measured with a spectrophotometer Genesis 10S UV-Vis.
Fig. 5 in Cytoplasmic UV-R Absorption in an Integumentary Matrix (tunic) of Photosymbiotic Ascidian Colonies
Fig. 5. Tunic cells in the surface tunic of Diplosoma virens. A, Bladder tunic cells. B, Tunic net cells (= myocyte sensu Mackie and Singla, 1987). C-E, Other types of tunic cells with vacuoles containing electron-dense materials or clear vesicles. Scale bars: 5 µm in A, 2 µm in B-E.
Fig. 4. A in Cytoplasmic UV-R Absorption in an Integumentary Matrix (tunic) of Photosymbiotic Ascidian Colonies
Fig. 4. A, Histological cross-section of the Diplosoma virens colony showing surface tunic (su) and middle layer (md). B and C, UV images of the surface tunic of D. virens (band-pass filter: U340). D and E, a pair of UV images of the surface tunic of D. simile (band-pass filter: U340 for D, U340 + CT330/20 for E). Arrows indicate some cell-like objects absorbing UV-R. Arrowhead in C indicates Prochloron cells. bl, tunic bladder cell; bs, branchial sac; cc, cloacal cavity; st, stomach. Scale bars: 100 µm in A, 50 µm in B-E.
Fig. 3 in Cytoplasmic UV-R Absorption in an Integumentary Matrix (tunic) of Photosymbiotic Ascidian Colonies
Fig. 3. Pair images of cross-sections of Diplosoma virens (A, B) and D. simile (C, D) observed with an oblique epi-illumination of white- LED (A, C) and a transmission light filtered with U340 (B, D). The colonies have a three-layer structure: surface tunic (su), middle layer (md), and basal tunic (ba). Rectangles in A and B indicate an aggregate of pigmentary tunic cells. Green areas are cloacal cavities filled with Prochloron cells. em, embryo; fe, feces in rectum; os, oral siphon; st, stomach. Scale bars = 0.5 mm.
Fig. 2 in Cytoplasmic UV-R Absorption in an Integumentary Matrix (tunic) of Photosymbiotic Ascidian Colonies
Fig. 2. Absorption spectra of the surface tunic of Diplosoma virens (A) and D. simile (B). Spectra from four specimens are shown for each species. A prominent absorption peak is present at approximately 325 nm in each spectrum.
ScienceDex guides
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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.