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.
620
datasets available to search
ShareScore release 0.9.0
Dataset results
620 results for “sector”
FIGURE 9 in Competitividad del Sector Forestal de México Tendencias y Perspectivas
FIGURE 9. Scalation and hemipenial characters of Lygodactylus madagascariensis madagascariensis. (a) head in lateral view (scale bar = 2 mm); (b) ventral view of throat (scale bar = 2 mm); (c) head in dorsal view (scale bar = 2 mm); (d) preanal pores (scale bar = 2 mm); (e) lamella of fourth toe in ventral view (scale bar = 1 mm); a–e, based on male specimen MNHN 1990.5; (f) sulcal and (g) asulcal view of the hemipenis, based on specimen ZSM 783/2001; scale bar represents 2 mm. All drawings by M. Puente.
FIGURE 4 in Competitividad del Sector Forestal de México Tendencias y Perspectivas
FIGURE 4. Characters of throat scalation in (a) Lygodactylus tolampyae (ZSM 502/2001) and (b) L. tuberosus (ZSM 584/2000). Both of these have a mental scale semi-divided by a suture (indicated by dashed arrows). L. tolampyae has three postmentals (PM1–PM3) while L. pictus has two (PM1–PM2). Both species have five postpostmentals (marked by small black squares). Furthermore, in L. tolampyae, the first infralabial is in broad contact with the posterior projection of the mental, while this contact in L. pictus is very faint to absent (indicated by continuous arrows). Photographs made by M. Puente (not to scale).
FIGURE 2 in Competitividad del Sector Forestal de México Tendencias y Perspectivas
FIGURE 2. Hand morphology in Malagasy species of Lygodactylus and Microscalabotes: (a) undivided or semi-divided subdigital lamellae in Microscalabotes bivittis (ZSM 496/2001); (b) small but not reduced, claw-bearing first finger in L. tolampyae (ZSM 5/2006); (c) small first finger without claw as typical for the L. madagascariensis group (L. guibei, ZSM 5117/2005); (d) particularly small first finger without claw in L. montanus (ZSM 5120/2005). Scale bars represent 1 mm. Photographs made by R. D. Randrianiaina.
FIGURE 32 in Competitividad del Sector Forestal de México Tendencias y Perspectivas
FIGURE 32. Hemipenial morphology of Microscalabotes bivittis. Sulcal and asulcal view, based on male specimen ZSM 496/2000. Scale bar represents 1 mm. Drawing by M. Puente.
FIGURE 29 in Competitividad del Sector Forestal de México Tendencias y Perspectivas
FIGURE 29. Scalation characters of Lygodactylus ornatus, based on male holotype MNHN 1939.48. (a) head in lateral view (scale bar = 2 mm); (b) lamellae of fourth toe in ventral view (scale bar = 1 mm); (c) throat in ventral view (scale bar = 2 mm); (d) preanal pores in ventral view (scale bar = 2 mm). All drawings by M. Puente.
FIGURE 28 in Competitividad del Sector Forestal de México Tendencias y Perspectivas
FIGURE 28. Photographs of living specimens attributed to Lygodactylus tolampyae and Microscalabotes bivittis. (a) L. tolampyae, Ankarafantsika; (b) L. tolampyae, Berara forest; (c–f) M. bivittis, specimens from Andasibe. All photographs by F. Glaw & M. Vences.
FIGURE 25 in Competitividad del Sector Forestal de México Tendencias y Perspectivas
FIGURE 25. Scalation and hemipenial characters of Lygodactylus heterurus trilineigularis. (a) head in lateral view (scale bar = 2 mm); (b) head in dorsal view (scale bar = 2 mm); (c) throat in ventral view (scale bar= 2 mm); (d) preanal pores in ventral view (scale bar = 1 mm); (e) lamellae of fourth toe in ventral view (scale bar = 2 mm); (f) and (g), sulcal and asulcal view of the hemipenis (scale bar = 1 mm). All based on male specimen ZSM 560/2000. All drawings by M. Puente.
FIGURE 27 in Competitividad del Sector Forestal de México Tendencias y Perspectivas
FIGURE 27. Scalation characters of Lygodactylus verticillatus. (a) head in lateral view (scale bar = 1 mm); (b) lamellae of fourth toe in ventral view (scale bar = 1 mm); (c) throat in ventral view (scale bar = 1 mm); (d) head in dorsal view (scale bar = 1 mm); all based on female specimen MNHN 1982.1246; (e) preanal pores in ventral view (scale bar = 2 mm), based on male specimen MNHN 1982.1245. All drawings by M. Puente.
FIGURE 23 in Competitividad del Sector Forestal de México Tendencias y Perspectivas
FIGURE 23. Scalation and hemipenial characters of Lygodactylus blancae. (a) head in lateral view (scale bar = 2 mm); (b) head in dorsal view (scale bar = 2 mm); (c) throat in ventral view (scale bar = 2 mm); (d) preanal pores in ventral view (scale bar = 2 mm); (e) lamellae of fourth toe in ventral view (scale bar = 1 mm); all based on male specimen MNHN 1990.38; (f) and (g), sulcal and asulcal view of the hemipenis, based on male specimen ZSM 498/2001 (scale bar = 1mm). All drawings by M. Puente.
FIGURE 31 in Competitividad del Sector Forestal de México Tendencias y Perspectivas
FIGURE 31. Scalation and hemipenial characters of Lygodactylus tolampyae. (a) head in lateral view (scale bar = 2 mm); (b) head in dorsal view (scale bar = 2 mm); (c) throat in ventral view (scale bar = 2 mm); (d) preanal pores in ventral view (scale bar = 2 mm); (e) lamellae of fourth toe in ventral view (scale bar = 1 mm); (f) and (g), asulcal and sulcal view of the hemipenis of Lygodactylus tolampyae. (scale bar = 1 mm); based on female specimen 1990.3443 except (d) that is based on male specimen MNHN 1990.3441 and (f–g) that are based on male specimen ZSM 502/2001. All drawings by M. Puente.
FIGURE 21 in Competitividad del Sector Forestal de México Tendencias y Perspectivas
FIGURE 21. Photographs of living specimens assigned to species in the Lygodactylus verticillatus group. (a) and (b) L. arnoulti, specimens from Mt. Ibity; (c) and (d), L. blancae from Lac Itasy; (e) L. heterurus, Ankarana; (f) L. heterurus trilineigularis, Sambava; (g) L. klemmeri, Tsingy de Bemaraha; (h) L. verticillatus, south-western Madagascar. All photographs by F. Glaw & M. Vences.
FIGURE 18 in Competitividad del Sector Forestal de México Tendencias y Perspectivas
FIGURE 18. Scalation characters of Lygodactylus intermedius. (a) head in lateral view (scale bar = 2 mm); (b) lamellae of fourth toe in ventral view (scale bar = 2 mm); (c) head dorsal view (scale bar = 2 mm); (d) throat in ventral view (scale bar = 2 mm); (e) preanal pores in ventral view (scale bar = 2 mm). Drawings based on male specimen MNHN 1990.52, except for (b) that is based on female specimen MNHN 1990.54. All drawings by M. Puente.
FIGURE 17 in Competitividad del Sector Forestal de México Tendencias y Perspectivas
FIGURE 17. Scalation characters of Lygodactylus blanci. (a) head in lateral view (scale bar=2 mm), based on of female specimen MNHN 1990.1897; (b) lamellae of fourth toe in ventral view (scale bar=2 mm), based on female specimen MNHN 1990.1895; (c) head in dorsal view (scale bar=2 mm), based on female specimen MNHN 1990.1897; (d) throat in ventral view (scale bar=2 mm), based on female specimen MNHN 1990.1897; (e) preanal pores in ventral view (scale bar=2 mm), based on male specimen MNHN 1990.10. All drawings by M. Puente.
FIGURE 20 in Competitividad del Sector Forestal de México Tendencias y Perspectivas
FIGURE 20. Scalation and hemipenial characters of Lygodactylus montanus. (a) head in lateral view (scale bar = 2 mm); (b) head in dorsal view (scale bar = 1 mm); (c) throat in ventral view (scale bar = 1 mm); (d) preanal pores in ventral view (scale bar = 2 mm); (e) lamellae of fourth toe in ventral view (scale bar = 1 mm); all based on based on male specimen MNHN 1990.3499; (f) and (g), sulcal and asulcal view of the hemipenis, based on male specimen ZSM 5120/ 2005 (scale bar = 1 mm). All drawings by M. Puente.
FIGURE 16 in Competitividad del Sector Forestal de México Tendencias y Perspectivas
FIGURE 16. Photographs of living specimens attributed to species in the Lygodactylus mirabilis group. (a) and (b) male of L. blanci from Mt. Ibity; (c) and (d) specimens of L. intermedius from Andringitra; note melanic colouration in (d); (e) and (f), striped and ocellated specimens of L. mirabilis, Ankaratra Massif; (g) and (h), striped and ocellated specimens of L. montanus from Andohahela massif. All photographs by F. Glaw & M. Vences, except (c) which was taken by P. Bora.
FIGURE 22 in Competitividad del Sector Forestal de México Tendencias y Perspectivas
FIGURE 22. Scalation characters of Lygodactylus arnoulti. (a) head in lateral view (scale bar = 2 mm); (b) lamellae of fourth toe in ventral view (scale bar = 2 mm); (c) head in dorsal view (scale bar = 2 mm); (d) throat in ventral view (scale bar = 2 mm); (e) preanal pores in ventral view (scale bar = 2 mm); all based on male specimen MNHN 1990.3420. All drawings by M. Puente.
FIGURE 15 in Competitividad del Sector Forestal de México Tendencias y Perspectivas
FIGURE 15. Scalation and hemipenial characters of Lygodactylus roavolana, all based on male holotype ZSM 5115/ 2005. (a) head in lateral view (scale bar = 1 mm); (b) black spot above forelimb insertion, photographed in preserved specimen; (c) dorsal view of head (scale bar = 2 mm); (d) throat in ventral view (scale bar = 2 mm), (e) preanal pores in ventral view (scale bar = 1 mm); (f) lamellae of fourth toe in ventral view (scale bar = 2 mm); (g) and (h), sulcal and asulcal views of the hemipenis (scale bar = 1 mm). All drawings by M. Puente; photograph by R. D. Randrianiaina.
FIGURE 19 in Competitividad del Sector Forestal de México Tendencias y Perspectivas
FIGURE 19. Scalation and hemipenial characters of Lygodactylus mirabilis. (a) head in lateral view (scale bar = 2 mm); (b) head dorsal view (scale bar = 2 mm); (c) throat in ventral view (scale bar = 2 mm); (d) preanal pores in ventral view (scale bar = 2 mm); (e) B, lamellae of fourth toe in ventral view (scale bar = 2 mm); (f) and (g), sulcal and asulcal view of the hemipenis (scale bar = 1 mm). Drawings based on male specimen MNHN 1990.3605 except for (b) that is based on male specimen MNHN 1990.3582 and (f) and (g) that are based on male specimen ZSM 389/2000. All drawings by M. Puente.
FIGURE 30 in Competitividad del Sector Forestal de México Tendencias y Perspectivas
FIGURE 30. Scalation characters of Lygodactylus pauliani, (a) head in lateral view (scale bar = 2 mm); (b) head in dorsal view (scale bar = 2 mm); (c) throat in ventral view (scale bar = 2 mm); (d) lamellae of fourth toe in ventral view (scale bar = 1 mm); based on female specimen MNHN 1990.7 except for (b) that is based on female specimen MNHN 1990.202. All drawings by M. Puente.
FIGURE 14 in Competitividad del Sector Forestal de México Tendencias y Perspectivas
FIGURE 14. Scalation and hemipenial characters of Lygodactylus tuberosus. (a) head in lateral view (scale bar = 1 mm), based on male specimen MNHN 1990.535; (b) head in dorsal view (scale bar = 2 mm), based on male specimen MNHN 1990.605; (c) throat in ventral view (scale bar = 2 mm), based on male specimen MNHN 1990.541; (d) preanal pores in ventral view (scale bar = 2 mm), based on male specimen MNHN 1990.524; (e) lamellae of fourth toe in ventral view (scale bar = 2 mm), based on male specimen MNHN 1990.535; (f) and (g), sulcal and asulcal view of the hemipenis based on male specimen ZSM 583/2000 (scale bar = 1 mm). All drawings by M. Puente.
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.