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.
131
datasets available to search
ShareScore release 0.7.1
Dataset results
131 results for “Vouchering”
PLATE 13 in A diatom voucher flora from selected southeast rivers (USA)
PLATE 13. Light micrographs of symmetric biraphid taxa. Fig. 1. Pinnularia sp.15 SESQA. Figs 2–4. Sellaphora rugula. Fig. 5. S. laevissima. Figs 6–7. Sellaphora sp.23 SESQA. Figs 8–9. S. pupula. Figs 10–11. S. subfasciata. Fig. 12. Sellaphora sp.24 SESQA. Figs 13–15. S. saugerresii. Fig. 16. Sellaphora sp.20 SESQA. Fig. 17. Sellaphora sp.27 SESQA. Figs 18–20. Sellaphora sp.25 SESQA. Figs 21–24. Sellaphora sp.26 SESQA. Figs 25–26. Sellaphora sp.22 SESQA. Figs 27–29. S. atomoides. Figs 30–33. S. crassulexigua. Figs 34–35. Sellaphora sp.29 SESQA. Figs 36–38. Sellaphora sp.28 SESQA. Figs 39–40. S. stroemii. Fig. 41. Sellaphora sp.19 SESQA. Figs 42–44. S. japonica. Figs 45–47. S. hustedtii. Figs 48–50. S. wallacei. Figs 51–53. S. stauroneioides. Figs 54–56. Adlafia sp.6 SESQA. Figs 57–59. Adlafia sp.5 SESQA. Figs 60–62. S. difficillima. Figs 63–65. Adlafia sp.3 SESQA. Figs 66–68. Navicula cryptocephala var. perminuta. Fig. 69. Eolimna madida. Figs 70. Humidophila schmassmannii. Figs 71–73. Navicula nugalis. Fig. 74. S. elorantana. Figs 75– 77. Eolimna sp.1 SESQA. Fig. 78. Mayamaea atomus. Fig. 79. M. agrestis. Fig. 80. Kobayasiella madumensis. Fig. 81. Kobayasiella sp.1 SESQA. Figs 82–84. Nupela wellneri. Figs 85–87. N. frezelii. Figs 88–89. Microcostatus krasskei. Figs 90–92. Humidophila perpusilla. Figs 93–95. Humidophila contenta. Figs 96–97. Diadesmis confervacea. Scale bars: 10 μm.
PLATE 2 in A diatom voucher flora from selected southeast rivers (USA)
PLATE 2. Light micrographs of araphid taxa. Figs 1–3. Meridion alansmithii. Figs 4–7. M. circulare var. constrictum. Fig. 8. Diatoma mesodon. Fig. 9. D. moniliformis. Figs 10–12. D. tenuis. Figs 13–14. Tabellaria flocculosa. Figs 15–16. D. vulgaris. Figs 17–20. Tetracyclus rupestris. Figs 21–23. Fragilariforma virescens. Figs 24–25. Staurosira sp.1 SESQA. Figs 26–29. Staurosira construens var. venter. Fig. 30. Pseudostaurosira trainorii. Figs 31–33. P. parasitica. Fig. 34. P. brevistriata. Figs 35–37. Asterionella formosa. Figs 38–39. Staurosirella martyii. Figs 40–41. Staurosirella sp.5 SESQA Figs 42–45. S. rhomboides. Figs 46–49. S. pinnata. Scale bars: 10 μm.
PLATE 5 in A diatom voucher flora from selected southeast rivers (USA)
PLATE 5. Light micrographs of eunotioid taxa. Figs 1–3. Eunotia formica. Figs 4–6. E. metamonodon. Figs 7–10. E. minor. Figs 11–12. E. tenella. Fig. 13. E. microcephala. Figs 14–16. E. meisteri. Figs 17–19. E. varioundulata var. suecica. Figs 20–22. E. paratridentula. Fig. 23. E. cordillera. Figs 24–25. E. pectinalis. Figs 26–28. E. braendlei. Figs 29–31. Eunotia sp.5 SESQA. Scale bars: 10 μm.
PLATE 16 in A diatom voucher flora from selected southeast rivers (USA)
PLATE 16. Light micrographs of symmetric biraphid taxa. Fig. 1. Frustulia amphipleuroides. Figs 2–3. Frustulia inculta. Fig. 4. Gyrosigma reimeri. Figs 5–6. G. acuminatum. Figs 7–8. G. scalproides. Figs 9–11. F. latita. Figs 12–14. F. vulgaris. Figs 15–17. F. capitata. Scale bars: 10 μm.
PLATE 6 in A diatom voucher flora from selected southeast rivers (USA)
PLATE 6. Light micrographs of eunotioid and monoraphid taxa. Fig. 1. Eunotia flexuosa. Figs 2–3. E. naegelii. Fig. 4. E. genuflexa. Figs 5–8. E. bilunaris. Fig. 9. E. macroglossa. Figs 10–12. E. implicata. Fig. 13. Eunotia sp.1 SESQA. Figs 14–15. E. botuliformis. Figs 16–19. E. papilioforma. Figs 20–21. E. incisa. Figs 22–23. Eunotia sp.15 SESQA. Figs 24–26. Platessa bahlsii. Figs 27–31. P. hustedtii. Figs 32–34. P. stewartii. Figs 35–36. Psammothidium levanderi. Fig. 37. Karayevia suchlandtii. Figs 38–40. K. clevei. Fig. 41. Psammothidium helveticum. Fig. 42. Psammothidium sp.5 SESQA. Fig. 43. Planothidium daui. Figs 44–47. P. peragalli. Figs 48–50. P. frequentissimum. Figs 51–54. P. lanceolatum. Figs 55–57. P. rostratum. Figs 58–61 P. abbreviatum. Scale bars: 10 μm.
PLATE 1 in A diatom voucher flora from selected southeast rivers (USA)
PLATE 1. Light micrographs of centric taxa. Figs 1–3. Aulacoseira alpigena. Figs 4–6. A. ambigua. Figs 7–9. A. granulata. Figs 10–12. A. pusilla. Fig. 13. Stephanodiscus minutulus. Figs 14–16. Melosira varians. Figs 17–19. Cyclotella distinguenda. Figs 20–23. Lindavia ocellata. Figs 24–26. C. meneghiniana. Figs 27–29. L. rossii. Figs 30–32. Discostella stelligera. Fig. 33. Thalassiosira weissflogii. Figs 34–35. C. bodanica var. lemanica. Figs 36–39. Spicaticribra kingstonii. Fig. 40. Pleurosira laevis. Fig. 41. Hydrosera whampoensis. Scale bars: 10 μm.
PLATE 9 in A diatom voucher flora from selected southeast rivers (USA)
PLATE 9. Light micrographs of symmetric biraphid taxa. Figs 1–2. Navicula sp.7 SESQA. Figs 3–4. N. radiosafallax. Figs 5–6. N. angusta. Figs 7–8. N. antverpiensis. Fig. 9. Navicula sp.22 SESQA. Figs 10–13. N. notha. Figs 14–16. N. rostellata. Figs 17–19. N. germainii. Figs 20–22. N. amphiceropsis. Figs 23–25. N. antonii. Figs 26–28. N. canalis. Figs 29–31. N. gregaria. Figs 32–34. N. ingenua. Figs 35–37. N. kotschyi. Fig. 38–39. N. dibola. Scale bars: 10 μm.
PLATE 15 in A diatom voucher flora from selected southeast rivers (USA)
PLATE 15. Light micrographs of symmetric biraphid taxa. Figs 1–2. Geissleria kriegeri. Figs 3–5. G. punctifera. Figs 6–8. G. decussis. Figs 9–10. Placoneis neglecta. Fig. 11. P. anglophila. Fig. 12. P. placentula. Figs 13–14. P. elginensis. Figs 15–17. P. symmetrica. Figs 18–19. P. clementis. Fig. 20. Placoneis sp.6 SESQA. Fig. 21. Placoneis sp.8 SESQA. Figs 22–23. Navicula geitleri. Figs 24–26. Brachysira microcephala. Figs 27–28. Amphipleura pellucida. Figs 29–31. Frustulia crassinervia. Figs 32–34. B. ocalanensis. Figs 35–37. B. brebissonii. Scale bars: 10 μm.
PLATE 4 in A diatom voucher flora from selected southeast rivers (USA)
PLATE 4. Light micrographs of araphid taxa. Figs 1–2. Fragilaria sp.12 SESQA. Figs 3–8. Synedra pulchella var. flexella. Figs 9–13. Fragilaria sp.18 SESQA. Figs 14–18. Fragilaria sp.16 SESQA. Figs 19–20. F. socia. Fig. 21. Fragilaria longifusiformis. Figs 22–25. Fragilaria sp.23 SESQA. Figs 26–28. Fragilaria sp.13 SESQA. Figs 29–32. Fragilaria pectinalis. Figs 33–35. Fragilaria sp.5 SESQA. Figs 36–38. Fragilaria vaucheriae. Figs 39–44. Fragilaria sp.26 SESQA. Figs 45–48. Fragilaria sp.35 SESQA. Figs 49–52. Fragilaria sp.1 SESQA. Scale bars: 10 μm.
PLATE 8 in A diatom voucher flora from selected southeast rivers (USA)
PLATE 8. Light micrographs of symmetric biraphid taxa. Fig. 1. Navicula radiosa. Figs 2–3. N. viridulacalcis subsp. neomundana. Figs 4–5. N. geronimensis. Figs 6–7. N. rhynchocephala. Figs 8–9. N. tripunctata. Fig. 10. N. libonensis. Figs 11–13. N. trivialis. Figs 14–16. N. escambia. Figs 17–20. N. cryptocephala. Figs 21–23. N. cryptotenella. Fig. 24. N. capitatoradiata. Figs 25–27. N. pseudoreinhardtii. Figs 28–30. N. microcari. Figs 31–33. N. vilaplanii. Fig. 34. N. cari. Scale bars: 10 μm.
PLATE 12 in A diatom voucher flora from selected southeast rivers (USA)
PLATE 12. Light micrographs of symmetric biraphid taxa. Figs 1–2. Pinnularia viridis. Figs 3–5. P. erratica. Fig. 6. Pinnularia sp.22 SESQA. Fig. 7. Pinnularia sp.23 SESQA. Fig. 8. P. septentrionalis. Figs 9–10. P. acrosphaeria. Figs 11–13. P. parvulissima. Figs 14–15. P. biceps. Figs 16–18. P. brebissonii. Fig. 19. P. borealis. Figs 20–22. P. saprophila. Figs 23–25. P. subcapitata. Fig. 26. Pinnularia sp.24 SESQA. Scale bars: 10 μm.
PLATE 17 in A diatom voucher flora from selected southeast rivers (USA)
PLATE 17. Light micrographs of asymmetric biraphid taxa. Figs 1–2. Cymbella aspera. Figs 3–6. C. tumida. Figs 7–11. C. affinis. Figs 12–14. C. turgidula. Figs 15–17. Cymbopleura sublanceolata. Scale bars: 10 μm.
PLATE 3 in A diatom voucher flora from selected southeast rivers (USA)
PLATE 3. Light micrographs of araphid taxa. Figs 1–2. Ctenophora pulchella. Figs 3–5. Synedra goulardii. Figs 6–8. Ulnaria ramesi. Figs 9–11. U. contracta. Figs 12–14. Fragilaria crotonensis. Figs 15–17. F. amphicephaloides. Figs 18–19. F. delicatissima. Figs 20–23. Fragilaria sp.22 SESQA. Fig. 24. F. grunowii. Figs 25–27. U. ulna. Scale bars: 10 μm.
PLATE 11 in A diatom voucher flora from selected southeast rivers (USA)
PLATE 11. Light micrographs of symmetric biraphid taxa. Fig. 1. Neidium iridis. Figs 2–5. N. ampliatum. Fig. 6. N. affine var. longiceps. Figs 7–9. N. affine var. amphirhynchus. Figs 10–11. Neidium sp.6 SESQA. Fig. 12. N. densestriatum. Figs 13–14. Neidium sp.5 SESQA. Fig. 15. N. alpinum. Fig. 16. N. bisulcatum. Fig. 17. Caloneis silicula. Fig. 18. C. lewisii. Figs 19–21. C. hyalina. Figs 22–24. Caloneis sp.3 SESQA. Figs 25–26. C. bacillum. Fig. 27. C. fontinalis. Fig. 28. Cavinula cocconeiformis. Fig. 29. Pinnularia sp.8 SESQA. Fig. 30. Navicula convergens. Figs 31– 33. Caloneis schroederi. Figs 34–36. Pinnularia subcapitata var. paucistriata. Figs 37–38. Pinnularia sp.11 SESQA. Scale bars: 10 μm.
PLATE 7 in A diatom voucher flora from selected southeast rivers (USA)
PLATE 7. Light micrographs of monoraphid taxa. Figs 1–3. Cocconeis fluviatilis. Figs 4–5. C. pediculus. Fig. 6. C neothumensis. Figs 7– 8. Achnanthes coarctata. Figs 9–11. C. placentula. Figs 12–13. Eucocconeis laevis. Figs 14–16. Achnanthes subhudsonis var. kraeuselii. Figs 17–19. Achnanthidium gracillimum. Figs 20–22. Achnanthidium sp.8 SESQA. Figs 23–24. A. reimeri. Figs 25–27. A. latecephalum. Figs 28–30. A. exigua. Figs 31–33. A. druartii. Figs 34–37. A. alpestre. Figs 38–40. A. minutissimum. Figs 41–43. Achnanthidium sp.6 SESQA. Figs 44–46. A. rivulare. Figs 47–49. A. deflexum. Figs 50–52. A. pyrenaicum. Scale bars: 10 μm.
PLATE 14 in A diatom voucher flora from selected southeast rivers (USA)
PLATE 14. Light micrographs of symmetric biraphid taxa. Figs 1–3. Craticula molestiformis. Figs 4–5. C. accomoda. Figs 6–7. Craticula sp.1 SESQA. Figs 8–10. Craticula sp.3 SESQA. Fig. 11. C. subminuscula. Figs 12–13. Fallacia subhamulata. Figs 14–15. Pseudofallacia tenera. Figs 16–18. P. monoculata. Figs 19–21. Luticola minor. Figs 22–23. Luticola sp.6 SESQA. Figs 24–27. Luticola sp.1 SESQA. Figs 28–30. Luticola sp.5 SESQA. Fig. 31. L. nivalis. Figs 32–33. L. mutica. Figs 34–35. L. cohnii. Figs 36–37. L. sparsipunctata. Fig. 38. Hippodonta capitata. Figs 39–41. H. pseudacceptata. Fig. 42. Diploneis sp.4 SESQA. Figs 43–44. D. marginestriata. Figs 45–47. D. oblongella. Figs 48–50. Diploneis sp.2 SESQA. Scale bars: 10 μm.
FIGURE 2 in An example of problems associated with DNA barcoding in tardigrades: a novel method for obtaining voucher specimens
FIGURE 2. Granulated cuticle and pores in a fresh (A, DIC) and an orcein stained (B, PhC) specimen of M. terminalis (C2868); C: Granulated cuticle (arrow head) and pores by SEM in M. terminalis (C2868); D: Smooth cuticle with pores in a fresh specimen of M. macrocalix (C2868, DIC); E: Granulated cuticle (arrow head) in the holotype of M. terminalis (C624- S60, DIC). Bar =10 µm (A, B, D, E); 5 µm (C)
FIGURE 1. A in An example of problems associated with DNA barcoding in tardigrades: a novel method for obtaining voucher specimens
FIGURE 1. A: Fresh specimen of M. terminalis; buccal pharyngeal apparatus with dorsal buccal armature (C2868, DIC); B: Fresh specimen of M. macrocalix; buccal pharyngeal apparatus with dorsal buccal armature (C2868, DIC). C: Claws with indented lunules on a hind leg of M. terminalis (C2868, SEM); D: Claws with indented lunules (arrow heads) on the hind legs of a fresh specimen of M. terminalis (C2868, DIC). Bar =10 µm (A, B, D); 5 µm (C)
FIGURE 5 in An example of problems associated with DNA barcoding in tardigrades: a novel method for obtaining voucher specimens
FIGURE 5. Neighbor joining dendrogram computed on Kimura 2-parameter distances. Numbers in bold indicate bootstrap values. Specimens are indicated with either GenBank accession numbers or with acronyms as in Table 1 (in bold).
FIGURE 3. A in An example of problems associated with DNA barcoding in tardigrades: a novel method for obtaining voucher specimens
FIGURE 3. A: Egg shell of M. terminalis (hologenophore C2868-N02 US2, DIC); B: Egg shell of M. terminalis by SEM (C2868); C: Egg shell of a M. terminalis paratype (C624-S44, PhC); D: Egg shell of M. cf. terminalis (C2341, PhC). Bar =10 µm (A, C, D); 1 µm (B).
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.