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.
13,017
datasets available to search
ShareScore release 0.9.0
Dataset results
13,017 results for “Positionning”
FIGURES 149–158 in Revision of the Bengalia torosa Wiedemann, 1819 species-group (Diptera: Calliphoridae), with notes on the systematic position of B. robertsi Kurahashi, 1987 and B. subnitida James, 1964
FIGURES 149–158. Bengalia kanoi Kurahashi & Magpayo (149: male from Camarines Sur, Mt Isarog, Philippines, BPBM; 150: male from Anamalai Hills, India, CNC; 151: holotype of Gangelomyia schiavoae, NHMUK; 152: male paratype of Bengalia kanoi from Davao, Mt. Talomo, Philipines, NHMUK; 153: holotype of Gangelomyia phantastika Lehrer, SDEI; 154: male from Anamalai Hills, India, CNC; 155: holotype of Gangelomyia phantastika Lehrer, SDEI; 156: male paratype of Bengalia kanoi from Davao, Mt. Talomo, Philipines, NHMUK; 157–158: male from Camarines Sur, Mt Isarog, Philippines, BPBM). 149. Abdomen, dorsal view. 150. Abdomen, dorsal view. 151. Right anepimeron. 152. Detail of fore legs, lateral view. 153. Distiphallus, apical view. 154. Distiphallus, apical view. 155. Epandrial complex, right lateral view (right surstylus lost). 156. Apex of distiphallus, oblique apicolateral view. 157. Detail of distiphallus, ventral view. 158. Detail of distiphallus, ventral view; arrows showing weakly denticulate area. All scale bars = 0.25mm. Abbreviations: dlp = distal lip process; lf = lateral finger; sd = semidomes.
FIGURES 60–66 in Revision of the Bengalia torosa Wiedemann, 1819 species-group (Diptera: Calliphoridae), with notes on the systematic position of B. robertsi Kurahashi, 1987 and B. subnitida James, 1964
FIGURES 60–66. Bengalia escheri Bezzi (lectotype, ETHZ). 60. Anterior part of body, left lateral view. 61. Posterior part of body, left lateral view. Arrow points to r-m crossvein. 62. Abdomen, posterodorsal view. 63. Left fore leg, inside view. 64. Right fore leg, outside view. 65. ST5 in situ at tip of abdomen, oblique antero-ventrolateral view. 66. Labels.
FIGURES 47–59 in Revision of the Bengalia torosa Wiedemann, 1819 species-group (Diptera: Calliphoridae), with notes on the systematic position of B. robertsi Kurahashi, 1987 and B. subnitida James, 1964
FIGURES 47–59. Bengalia escheri Bezzi (47–49, 51, 53–56, 58–59: male from Mishmi Hills, India [as "Burma"], NHMUK; 50, 52, 57: male from N. Kedah, Changloon, India, NHMUK). 47. Epandrial complex, posterior view (under stereomicroscope). 48. Epandrial complex, posterior view (under compound microscope, for better resolution). 49. Epandrial complex, left lateral view. 50. Epandrial complex, left lateral view. 51. ST5 flap. 52. ST5 flap. 53. Distiphallus, dorsal view. 54. Distiphallus, left lateral view. 55. Distiphallus, ventral view. 56. Distiphallus, apical view. 57. Distiphallus, apical view. 58. Pre- and postgonites. 59. Right fore leg, inside view. Scale bars: 0.5mm (Fig. 48); 0.25mm (Figs 51–56, 58). Abbreviations: bsp = bacilliform sclerite process; dlp = distal lip process; lf = lateral finger; pog = postgonite; prg = pregonite; sd = semidomes.
FIGURES 21–30 in Revision of the Bengalia torosa Wiedemann, 1819 species-group (Diptera: Calliphoridae), with notes on the systematic position of B. robertsi Kurahashi, 1987 and B. subnitida James, 1964
FIGURES 21–30. Bengalia chiangmaiensis Kurahashi & Tumrasvin (21–27: male from Laos, BPBM; 28–29: male from Thailand, Chiang Mai Province, NSMT; 30: reproduced with permission from Kurahashi & Tumrasvin [1979, fig. 2C]). 21. Epandrial complex, posterior view. 22. Epandrial complex, left lateral view. 23. Epandrial complex, posterolateral view. 24. Pre- and postgonites; scale bar = 0.25mm. 25. Left anepimeron. 26. Labels (4) and glass genitalia microvial. 27. Left fore leg, inside view. 28. ST5 flap (not in widest aspect). 29. Labels (2). 30. ST5 flap. Abbreviations: pog = postgonite; prg = pregonite.
FIGURES 67–76 in Revision of the Bengalia torosa Wiedemann, 1819 species-group (Diptera: Calliphoridae), with notes on the systematic position of B. robertsi Kurahashi, 1987 and B. subnitida James, 1964
FIGURES 67–76. Bengalia escheri Bezzi (67–75: holotype of Bezzigalia rivanella Lehrer, MSNM; 76: dissected male from Taiwan, CNC). 67. Hind part of body, dorsal view. Arrow points to r-m crossvein. 68. ST5 flap. 69. Labels. 70. Left anepimeron, lateral view. 71. Epandrial complex, posterior view. 72. Distal surstylus, broadest aspect view. Arrow points to nick in distal surstylus 73. Left fore tibia and femur, outside view. 74. Right fore tibia, inside view. 75. Left bacilliform sclerite process and distal surstylus, lateral view. 76. Right bacilliform sclerite process and distal surstylus, lateral view. Arrow points to nick in latter. Abbreviations: bsp = bacilliform sclerite process; dsur = distal surstylus.
FIGURES 114–125 in Revision of the Bengalia torosa Wiedemann, 1819 species-group (Diptera: Calliphoridae), with notes on the systematic position of B. robertsi Kurahashi, 1987 and B. subnitida James, 1964
FIGURES 114–125. Bengalia jejuna (Fabricius) (114–124: holotype of Gangelomyia evafoneae Lehrer, NHMUK; 125: male from Coimbatore, India, WSU). 114. Epandrial complex, posterior view. 115. Epandrial complex, left lateral view. 116. ST5 flap. 117. Distiphallus, dorsal view. 118. Distiphallus, lateral view. 119. Distiphallus, ventral view. 120. Labels. 121. ST5 flap, hind edge view, inside up. 122. Pre- and postgonites. 123. Distiphallus, apical view, scale bar = 0.25mm. 124. Distiphallus, apical view. 125. Tip of distiphallus, oblique anterodorsal view. Abbreviations: dlp = distal lip process; pog = postgonite; prg = pregonite; sd = semidomes.
FIGURES 77-88 in Revision of the Bengalia torosa Wiedemann, 1819 species-group (Diptera: Calliphoridae), with notes on the systematic position of B. robertsi Kurahashi, 1987 and B. subnitida James, 1964
FIGURES 77-88. Bengalia fuscipennis Bezzi (77–79, 81–88: male paratype of Gangelomyia laoziella Lehrer from Tappani, Taiwan, SDEI; 80: male from Doi Inthanon N.P., Chiang Mai Province, Thailand, NHMD). 77. Epandrial complex, posterior view. 78. Epandrial complex, left lateral view. 79. Left distal surstylus and bacilliform sclerite process, lateral view. Arrow points to nick in distal surstylus. 80. ST5 flap. 81. Distiphallus, dorsal view. 82. Distiphallus, apical view. 83. ST5 flap. 84. Distiphallus, left lateral view. 85. Distiphallus, apical view. 86. Distiphallus, apical view. 87. Distiphallus, ventral view. 88. Pre- and postgonites. All scale bars = 0.25mm. Abbreviations: bsp = bacilliform sclerite process; dlp = distal lip process; lf = lateral finger; pog = postgonite; prg = pregonite sd = semidomes.
FIGURES 1–14 in Revision of the Bengalia torosa Wiedemann, 1819 species-group (Diptera: Calliphoridae), with notes on the systematic position of B. robertsi Kurahashi, 1987 and B. subnitida James, 1964
FIGURES 1–14. Bengalia chekiangensis Fan (1–10, 12–14: male from Taiwan, CNC; 11: male from Taiwan, CMNH). 1. Epandrial complex, posterior view. 2. Epandrial complex, left lateral view. 3. Head and thorax, dorsal view. 4. Abdomen, dorsal view. 5. Head, left lateral view. 6. Head from front. 7. Left fore leg, outside view. 8. Left fore leg, inside view. 9. Base of right wing showing basicosta and tegula. 10. ST5 flap and much of ST5. 11. ST5 flap; scale bar = 0.25mm. 12. Left anepimeron. 13. Labels. 14. Right wing, dorsal view. Abbreviations: bsp = bacilliform sclerite process.
FIGURES 15–20 in Revision of the Bengalia torosa Wiedemann, 1819 species-group (Diptera: Calliphoridae), with notes on the systematic position of B. robertsi Kurahashi, 1987 and B. subnitida James, 1964
FIGURES 15–20. Bengalia chekiangensis Fan (15–17, 19–20: male from Taiwan, CNC; 18: male from Taiwan, CMNH). 15. Distiphallus, dorsal view. 16. Distiphallus, left lateral view. 17. Distiphallus, ventral view. 18. Semidomes and distal lip projection, anteroventral view. 19. Pre- and postgonites. 20. Bacilliform sclerite process. All scale bars = 0.25mm. Abbreviations: dlp = distal lip process; e = external hypophallic lobe; lf = lateral finger; i = internal hypophallic lobe; sd = semidomes.
FIGURE 1 in Clarification of the systematic position of Patula spatiosa Lindholm, 1922 from eastern Turkey (Mollusca: Gastropoda)
FIGURE 1. Oxychilus spatiosus (Lindholm, 1922). A. "Mesre opposite to Basch-kai at the upper Kura" (erroneous, probably from present day Artvin Province, Turkey, see text) (ZIN, holotype of P. spatiosa, including the original labels). B. Turkey, 3.5 km N of Tonya (ZMH 96429, topotype to O. costatus Riedel, 1989). C. Turkey, small waterfall E of Ortacalar (ZMH 96370).
FIGURE 2 in Clarification of the systematic position of Patula spatiosa Lindholm, 1922 from eastern Turkey (Mollusca: Gastropoda)
FIGURE 2. Distribution of Oxychilus spatiosus (Lindholm, 1922), n. comb. A star indicates the erroneous type locality of P. spatiosa as given by Lindholm (1922).
FIGURE 4 in Phylogenetic position of Aerumnosa Mohrig (Diptera, Sciaridae) as revealed by multigene analysis, with the description of four new Oriental species
FIGURE 4. Maximum likelihood hypothesis for relationships among selected taxa of Sciaridae (Diptera) based on DNA sequence data (18S, 28S, 16S, and COI), 4,338 characters. Support numbers refer to bootstrap values (BV) over 50. The photograph (by J. Ševčík) shows a representative of Sciaridae, Sciara hemerobioides (Scopoli).
FIGURE 2. A, C. Hypopygium, ventral. B. Maxillary palpus, dorsolateral. A in Phylogenetic position of Aerumnosa Mohrig (Diptera, Sciaridae) as revealed by multigene analysis, with the description of four new Oriental species
FIGURE 2. A, C. Hypopygium, ventral. B. Maxillary palpus, dorsolateral. A: Aerumnosa bituberculata sp. n. (paratype). B, C: A. gemmifera sp. n. (holotype). Scale for A 0.25 mm, for B 0.10 mm, for C 0.20 mm.
FIGURE 1. A. Wing, dorsal. B in Phylogenetic position of Aerumnosa Mohrig (Diptera, Sciaridae) as revealed by multigene analysis, with the description of four new Oriental species
FIGURE 1. A. Wing, dorsal. B. Apical part of fore tibia, prolateral. C. Apical tooth of gonostylus, ventral. D. Apical part of apical tooth of gonostylus, ventral. A, B, D: Aerumnosa horrifica sp. n. (holotype). C: A. furcillata Mohrig, 1999 (PNG). Scale for A 0.5 mm, for B-D 0.05 mm.
FIGURE 3. A, D. Hypopygium, ventral. B. 4 in Phylogenetic position of Aerumnosa Mohrig (Diptera, Sciaridae) as revealed by multigene analysis, with the description of four new Oriental species
FIGURE 3. A, D. Hypopygium, ventral. B. 4th antennal flagellomere, frontal. C. Maxillary palpus, dorsal. A, C: Aerumnosa impar sp. n. (holotype). B, D: A. horrifica sp. n. (holotype). Scale for A 0.20 mm, for B, C and D 0.10 mm.
Ant Positions, Colony Summary Statistics
<p>x, y coordinates of all ants in genotype A (GS2AAutoDataDistManualNest.mat) and B (GS3BAutoDataDistManualNest.mat)<br> Summary statistics for all colonies of both genotypes (ColonySummaryStatistics_Ulrich.xlsx)</p>
Supplementary material 1 from: Li J, Lin R-R, Zhang Y-Y, Hu K-J, Zhao Y-Q, Li Y, Huang Z-R, Zhang X, Geng X-X, Ding J-H (2018) Characterization of the complete mitochondrial DNA of Theretra japonica and its phylogenetic position within the Sphingidae (Lepidoptera, Sphingidae). ZooKeys 754: 127-139. https://doi.org/10.3897/zookeys.754.23404
Phylogenetic analysis : Explanation note: ML tree constructed based on the cox1 barcodes of genus Theretra using B. mori as outgroups. The asterisk represents the species researched presently.
Dataset of measured binaural room impulse responses for use in an position-dynamic auditory augmented reality application
<p>The dataset includes measured binaural room impluse responses (BRIRs) using a head and torso simulator (KEMAR). The measurements are realized for six loudspeaker positions. Five loudspeakers are placed in a standardized five-channel surround setup with the left and right speaker at +/-30° from the center speaker. The left-surround and right-surround speaker are placed at +/-120°. The distance to the midpoint of this setup is 3.5 m. The sixth loudspeaker is placed 1.35 m from the midpoint and 150° to the right side of the setup. Loudspeakers of type Geithain R906 are used.</p> <p>The BRIRs are measured at nine positions within the loudspeaker setup. For each position the artificial head is turned 360° in the horizontal plane with a step size of 5°. Next to the midpoint position of the setup, frontal, backward, and lateral positions are measured. The covered plane size is 4m x 4m. The figure 'scheme.png' gives an overview about the names and setup (included in the download of the dataset).</p> <p>A TV studio at the Technische Universität Ilmenau is used as room for the measurements. The figure 'studio.jpg' (included in the download of the dataset) shows the room in a prior configuration as a TV studio (the left wall as scenery setting is removed). The setup is build up in the left side of the room (gray floor area). The room has a total size of 19.5m x 11.5m x 5.5m. The reverberation time (RT60 from 80 Hz to 18 kHz) is approx. 0.7 s. The C50 and C80 are 15dB and 17dB.</p> <p>The BRIR dataset is used for the synthesis of new BRIRs at diffferent positions in the room using methods described and evaluated in [1] and [2]. Please feel free to use the measured BRIRs for your research and your project! </p> <p>---<br> [1] Brandenburg, K., Cano, E., Klein, F., Köllmer, T., Lukashevich, H., Neidhardt, A., Sloma, U., and Werner, S., “Plausible Augmentation of Auditory Scenes Using Dynamic Binaural Synthesis for Personalized Auditory Realities”, to be published in Proc. of: Conference of the Audio Engineering Society (AES) Audio for Virtual and Augmented Reality, USA, 2018.</p> <p><br> [2] Werner, S., Neidhardt, A., Klein, F., and Brandenburg, K., “Comparison of Different Methods to Create an Interactive Augmented Auditory Reality Scenario Using Sparse Binaural Room Impulse Response Measurements”, in Proc. of DAGA 2018, Garching, Germany, 2018.</p> <p> </p>
Data from: Landscape configuration, organic management and within-field position drive functional diversity of spiders and carabids
<p>This repository contains functional diversity data of spiders and carabids. For details please see the original publication.</p>
FIGURE 5 in A new species of Phrynopus from the northeastern Andes of Peru, its phylogenetic position, and notes on the relationships of Holoadeninae (Anura: Craugastoridae)
FIGURE 5. Map of Peru showing the distribution of species in the genus Phrynopus. 1. P. thompsoni; 2. P. capitalis, P. dumicola, P. personatus; 3. P. anancites, P. valquii; 4. P. daemon; 5. P. lechryorhyncus, P. vestigiatus; 6. P. kotosh; 7. P. lapioides, P. unchog; 8. P. dagmarae, P. kauneorum; 9. P. interstinctus; 10. P. heimorum, P. horstpauli; 11. P. barthlanae, P. tautzorum; 12. P. miroslawae; 13. P. bracki, P. tribulosus, P. auriculatus; 14. P. pesantesi; 15. P. bufoides, P. paucari; 16. P. badius; 17. P. oblivius, P. peruanus; 18. P. inti; 19. P. chaparroi; 20. P. juninensis, P. montium. The star represents the type locality of P. mariellaleo sp. nov.
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.