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1,620 results for “springs”
FIGURES 8–14. Fig. 8 in On the morphology and classification of larval water mites (Hydrachnidia, Acari) from springs in Luxembourg
FIGURES 8–14. Fig. 8: Partnunia steinmanni, dorsal idiosoma, Fig. 9: Partnunia steinmanni, ventral idiosoma, Fig. 10: Partnunia steinmanni, IL, Fig. 11: Protzia distincta, dorsal idiosoma (Figs. 8–11 from Martin 2003), Fig. 12: P. eximia, ventral idiosoma (from Martin 2000), Fig. 13: Tartarothyas romanica, ventral idiosoma, Fig. 14: T. romanica, IIL (Figs. 13–14 from Martin 2003).
FIGURES 1–7. Fig. 1 in On the morphology and classification of larval water mites (Hydrachnidia, Acari) from springs in Luxembourg
FIGURES 1–7. Fig. 1: Panisellus thienemanni, ventral idiosoma and gnathosoma (redrawn and modified from Boehle 1996), Fig. 2: Panisus michaeli, ventral idiosoma, Fig. 3: Panisus michaeli, IL, Fig. 4: Thyas palustris, ventral idiosoma, Fig. 5: Thyas palustris, IIL (Figs. 2–5 from Martin 2003), Fig. 6: Thyopsis cancellata, dorsal idiosoma, Fig. 7: T. cancellata, area of dorsal plate (Figs. 6–7 from Martin 2000).
FIGURES 34–37. Fig. 34 in On the morphology and classification of larval water mites (Hydrachnidia, Acari) from springs in Luxembourg
FIGURES 34–37. Fig. 34: Bandakia concreta (from Martin 2003), Fig. 35: Lebertia holsatica, dorsal idiosoma, Fig. 36: L. holsatica, ventral idiosoma (Figs. 35–36 original), Fig. 37: L. glabra, ventral idiosoma (modified from Martin 2000). Scale bar: 100µm.
FIGURES 15–20. Fig. 15 in On the morphology and classification of larval water mites (Hydrachnidia, Acari) from springs in Luxembourg
FIGURES 15–20. Fig. 15: Sperchonopsis verrucosa, ventral idiosoma (from Martin 2000), Fig. 16: Sperchon clupeifer dorsal idiosoma (redrawn and modified after Ullrich 1976), Fig. 17: Sperchon setiger, dorsal idiosoma, Fig. 18: Sperchon setiger, ventral idiosoma and gnathosoma (from Renz et al. 2004), Fig. 19: Sperchon thienemanni, dorsal idiosoma, Fig. 20: Sperchon thienemanni, ventral idiosoma (Figs. 19–20 from Martin 2003).
FIGURES 47–49 in On the morphology and classification of larval water mites (Hydrachnidia, Acari) from springs in Luxembourg
FIGURES 47–49. Atractides fonticolus (original). Fig. 47: IL, Fig. 48: IIL, Fig. 49: IIIL. Scale bar: 100µm.
FIGURES 25–27 in On the morphology and classification of larval water mites (Hydrachnidia, Acari) from springs in Luxembourg
FIGURES 25–27. Sperchon longissimus (original). Fig. 25: IL, Fig. 26: IIL, Fig. 27: IIIL. Scale bar: 100µm.
FIGURES 44–46 in On the morphology and classification of larval water mites (Hydrachnidia, Acari) from springs in Luxembourg
FIGURES 44–46. Atractides fonticolus (original). Fig. 44: dorsal idiosoma, Fig. 45: ventral idiosoma, Fig. 46: chelicera. Scale bars: 44, 45 100µm, 46 50µm.
FIGURES 28–30 in On the morphology and classification of larval water mites (Hydrachnidia, Acari) from springs in Luxembourg
FIGURES 28–30. Sperchon squamosus (original). Fig. 28: dorsal idiosoma, Fig. 29: ventral idiosoma, Fig. 30: chelicera. Scale bars: 28, 29: 100µm, 30 50µm.
FIGURES 31–33 in On the morphology and classification of larval water mites (Hydrachnidia, Acari) from springs in Luxembourg
FIGURES 31–33. Sperchon squamosus (original). Fig. 31: IL, Fig. 32: IIL, Fig. 33: IIIL. Scale bar 100µm.
FIGURES 21–24 in On the morphology and classification of larval water mites (Hydrachnidia, Acari) from springs in Luxembourg
FIGURES 21–24. Sperchon longissimus (original). Fig. 21: dorsal idiosoma, Fig. 22: ventral idiosoma, Fig. 23:chelicera, Fig. 24: palp. Scale bars: 21, 22 100µm, 22, 23 50µm.
FIGURES 55–60. Fig. 55 in On the morphology and classification of larval water mites (Hydrachnidia, Acari) from springs in Luxembourg
FIGURES 55–60. Fig. 55: Mideopsis sp., dorsal idiosoma, Fig. 56: Mideopsis sp. ventral idiosoma (Figs. 55–56 redrawn and modified after Smith et al. 2001), Fig. 57: Chelomideopsis sp., dorsal idiosoma, Fig. 58: Chelomideopsis sp., ventral idiosoma (Figs. 57–58 redrawn and modified from Smith 1992), Fig. 59: Arrenurus fontinalis, dorsal idiosoma, Fig. 60: A. fontinalis, ventral idiosoma (Figs. 59–60 from Martin 2000).
FIGURE 1 in A species radiation among South African flightless spring katydids (Orthoptera: Tettigoniidae: Phaneropterinae: Brinckiella Chopard)
FIGURE 1. Diagnostic characters of Brinckiella spp.: A. B. mauerbergerorum – male head and pronotum, lateral view; B. ditto, female; C. B. wilsoni - male head and pronotum, lateral view; D. ditto, female; E–F. dorsal views of the male, typical coloration patterns; G. B. arboricola - female head and pronotum, lateral view; H. B. elegans - female head and pronotum, lateral view; I. B. aptera - male head and pronotum, lateral view; J. ditto, dorsal view; K–N. male stridulatory files: K. B. mauerbergerorum; L. B. wilsoni; M. B. arboricola; N. B. karooensis.
FIGURE 2 in A species radiation among South African flightless spring katydids (Orthoptera: Tettigoniidae: Phaneropterinae: Brinckiella Chopard)
FIGURE 2. Diagnostic characters of Brinckiella spp.: A. B. mauerbergerorum – female subgenital plate; B. ditto, ovipositor; C. B. viridis - female subgenital plate; D. ditto, ovipositor; E. B. arboricola - female subgenital plate; F. ditto, ovipositor; G. B. wilsoni - female subgenital plate; H. ditto, ovipositor; I. B. karooensis - female subgenital plate; J. ditto, ovipositor; K. B. serricauda - female subgenital plate; L. ditto, ovipositor; M. B. elegans - female subgenital plate; N. ditto, ovipositor; O. B. aptera - male subgenital plate; P. B. wilsoni - male subgenital plate; Q. B. karooensis - male subgenital plate.
FIGURE 4 in A species radiation among South African flightless spring katydids (Orthoptera: Tettigoniidae: Phaneropterinae: Brinckiella Chopard)
FIGURE 4. Species of Brinckiella: A. B. wilsoni, female; B. ditto, male; C. B. mauerbergerorum, female; D. ditto, head and pronotum, lateral view; E. ditto, male.
FIGURE 3 in A species radiation among South African flightless spring katydids (Orthoptera: Tettigoniidae: Phaneropterinae: Brinckiella Chopard)
FIGURE 3. Diagnostic characters of Brinckiella spp.: A–D. phallus: A. B. mauerbergerorum; B. B. karooensis; C. B. wilsoni; D. B. arboricola; E–I. male cercus: E. B. mauerbergerorum; F. B. karooensis; G. B. wilsoni; H. B. arboricola; I. B. aptera; J.tegmen, B. karooensis; K. the mid-section of the ovipositor, B. wilsoni; L. ditto, B. serricauda (note the distinct serration on the upper valvula); M–N. eggs: M. B. serricauda; N. B. wilsoni; O. B. arboricola; P. the position and size of the thoracic auditory spiracle, Poecilimon turcicus Karabag, female (the red arrow indicates vestigial tegmina); Q. ditto, B. arboricola.
FIGURE 5 in A species radiation among South African flightless spring katydids (Orthoptera: Tettigoniidae: Phaneropterinae: Brinckiella Chopard)
FIGURE 5. Species of Brinckiella: A. B. elegans, female; B. B. serricauda, female; C. B. karooensis, female; D. ditto, male; E. B. arboricola, female, yellow form; F. fynbos vegetation near Clanwilliam (Western Cape), the habitat of B. wilsoni; G. Namaqualand Hardeveld biome of the Succulent Karoo (Goegap Nature Reserve, Northern Cape), the habitat of B. arboricola and B. karooensis.
FIGURE 8. Wangiannachiltonia guzikae n in Two new genera and species of chiltoniid amphipods (Crustacea: Amphipoda: Talitroidea) from freshwater mound springs in South Australia
FIGURE 8. Wangiannachiltonia guzikae n. sp., morphological variety: A, distal end of male gnathopod 2 (Elizabeth Springs); B, uropod 2 (Old Finnis Springs); C, female pereopod 7 (Old Finnis Springs); D, distal end of male gnathopod 2 (Coward Springs); E, uropod 2 (Coward Springs).
FIGURE 7. Wangiannachiltonia guzikae n in Two new genera and species of chiltoniid amphipods (Crustacea: Amphipoda: Talitroidea) from freshwater mound springs in South Australia
FIGURE 7. Wangiannachiltonia guzikae n. sp., paratype female, 2.6 mm. A, gnathopod 1; B, gnathopod 2; C, right and left uropod 3; D, oostegite on pereonite 2; E, oostegite on pereonite 3; F, oostegite on pereonite 4; G, oostegite on pereonite 5. Scales: 1(A–B), 0.1 mm; 2(C), 0.05 mm; 3(D–G), 0.1 mm.
FIGURE 6. Wangiannachiltonia guzikae n in Two new genera and species of chiltoniid amphipods (Crustacea: Amphipoda: Talitroidea) from freshwater mound springs in South Australia
FIGURE 6. Wangiannachiltonia guzikae n. sp., holotype male, 2.9 mm. A, gnathopod 1 (with enlargement); B, gnathopod 2 (with enlargement); C, pereopod 3; D, pereopod 4; E, pereopod 5; F, pereopod 6; G, pereopod 7; H, uropod 1; I, uropod 2; J, telson; K, right and left uropod 3. Scales: 1(A–g), 0.1 mm; 2(H–J) 0.5 mm; 3(K), 0.5 mm.
FIGURE 5. Wangiannachiltonia guzikae n in Two new genera and species of chiltoniid amphipods (Crustacea: Amphipoda: Talitroidea) from freshwater mound springs in South Australia
FIGURE 5. Wangiannachiltonia guzikae n. sp., holotype male, 2.9 mm. A, whole body, lateral view; B, antenna 1; C, antenna 2; D, maxilliped; E, maxilla 2; F, maxilla 1; G, upper lip; H, lower lip; I, right mandible; J, left mandible. Scales: 1(A), 0.1 mm; 2(B–C), 0.1 mm; 3(D–J), 0.05 mm.
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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.