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.
175
datasets available to search
ShareScore release 0.9.0
Dataset results
175 results for “Hypogastruridae”
FIGURE 17. Triacanthella copelandi. A‒C in Redescriptions of Hypogastruridae and Onychiuridae (Collembola) described by David L. Wray
FIGURE 17. Triacanthella copelandi. A‒C) Left and right postantennal organs and anterior ocelli. A) Lectotype. B) Specimen from Indian Gap. C) Specimen from Albright Grove. D) Dorsal aspect of third and fourth antennal segments, lectotype. E) Ventral aspect of third and fourth antennal segments, lectotype; arrows indicate "pin" setae. F) Foretibiotarsus, lectotype. G) Metatibiotarsus, lectotype. H) Dens and mucro, lectotype. I) Dentes and mucrones, Indian Gap specimen.
FIGURE 16. Triacanthella copelandi. A‒D in Redescriptions of Hypogastruridae and Onychiuridae (Collembola) described by David L. Wray
FIGURE 16. Triacanthella copelandi. A‒D) Dorsal chaetotaxy. A, B) Lectotype, pronotum not illustrated. C, D) Female from Indian Gap. E) Cephalic and pronotal chaetotaxy of female from Albright Grove. F) Pronotal chaetotaxy of male paralectotype. G) Longer setae of head. H) Maxilla, specimen from Indian Gap; numbers identify lamellae, t = "toothbrush". I) Labial palpus. J) Lateral view of sixth abdominal segment, Albright Grove specimen.
FIGURE 14. Schoettella glasgowi. A in Redescriptions of Hypogastruridae and Onychiuridae (Collembola) described by David L. Wray
FIGURE 14. Schoettella glasgowi. A) Dorsal chaetotaxy, "type" of Achorutes magnoliana. B) Dorsal chaetotaxy, specimen from Swain County, North Carolina. C) Head of maxilla, Williamson County, Illinois. D) Typical cephalic setae, A. magnoliana "type". E) Labrum, specimen from Williamson County, Illinois.
FIGURE 13. Schoettella glasgowi. A in Redescriptions of Hypogastruridae and Onychiuridae (Collembola) described by David L. Wray
FIGURE 13. Schoettella glasgowi. A) Dorsal habitus, scale 500 Μm. B) Front foot complex, scale 10 Μm. C) Dens and mucro, scale 25 Μm.
FIGURE 11. Hypogastrura promatro. A in Redescriptions of Hypogastruridae and Onychiuridae (Collembola) described by David L. Wray
FIGURE 11. Hypogastrura promatro. A) Postantennal organs (PAO), lectotype. B) PAOs and anterior eyes, lectotype of Achorutes utahensis. C) Third and fourth antennal segments, dorsal view. D) Fourth antennal segment, ventral view. E) Labial palpus. F) Distal tibiotarsus, lectotype. G) Foot, lectotype of A. utahensis. H) Dentes and mucrones, dorsal view. I) Dens and mucro, lateral view. J) Mucro in subdorsal and lateral views. K. Mucrones of A. utahensis lectotype.
FIGURE 8. Hypogastrura ireneae, dorsal chaetotaxy. A in Redescriptions of Hypogastruridae and Onychiuridae (Collembola) described by David L. Wray
FIGURE 8. Hypogastrura ireneae, dorsal chaetotaxy. A) Lectotype. B) Specimen from North Carolina. C) Paralectotype. Scale = 100 µm.
FIGURE 9. Hypogastrura ireneae. A in Redescriptions of Hypogastruridae and Onychiuridae (Collembola) described by David L. Wray
FIGURE 9. Hypogastrura ireneae. A) Postantennal organs (PAO) on paralectotypes. B) PAO and anterior eyes, paralectotype. C) PAO and anterior eyes, lectotype. D) Third and fourth antennal segments, dorsal view. E) Fourth antennal segment, ventral view. F) Sense organ of third antennal segment. G) Labial palpus. H) Head of maxilla, lectotype, and views of lamellae from other specimens. I) Hind foot, lateral view, lectotype. J) Middle unguis, dorsal view, lectotype. K) Middle unguis, dorsal view, paralectotype. L) Left dens and mucro, lectotype. M) Right mucro, lectotype.
FIGURE 18. Xenylla duchesnea, lectotype. A in Redescriptions of Hypogastruridae and Onychiuridae (Collembola) described by David L. Wray
FIGURE 18. Xenylla duchesnea, lectotype. A) Dorsal chaetotaxy. B) Ventral cephalic chaetotaxy. C) Ventral chaetotaxy of abdominal segments II‒V. D) Labial palpus. E) Third and fourth antennal segments, dorsal view. F) Third and fourth antennal segments, ventral view. G) Foretibiotarsus, dorsal view. H) Retinaculum and furcula.
FIGURE 7. Hypogastrura gravesi. A in Redescriptions of Hypogastruridae and Onychiuridae (Collembola) described by David L. Wray
FIGURE 7. Hypogastrura gravesi. A) Left and right postantennal organs (PAO) and anterior eyes of specimen from Ravensford, Swain County, North Carolina. B) Left-side PAO and anterior eyes of holotype. C) Ventral view of fourth antennal segment, Ravensford specimen. D) Dorsal view of third and fourth antennal segments, Ravensford specimen. E) Partial third and fourth antennal segments, holotype; in Figs. C‒E typical pointed setae black, sensilliform setae with rounded tips outlined, sensilla stippled. F) Terminal protuberances of fourth antennal segment, specimen from Waterrock Knob, Swain County, North Carolina. G‒I, Ravensford specimen. G) Fore tibiotarsus. H) Middle tibiotarsus and apex of femur. I) Hind tibiotarsus. J) Foot complex, holotype. K, L) Dentes and mucrones. K) Ravensford specimen. L) Holotype.
FIGURE 5 in Redescriptions of Hypogastruridae and Onychiuridae (Collembola) described by David L. Wray
FIGURE 5. Hypogastrura gami (= H. humi). A) Chaetotaxy of head and thorax, dorsal view. B) Chaetotaxy of abdomen, dorsal view. C) Postantennal organ and anterior ocelli. D) Third and fourth antennal segments, dorsal view. E) Fore-tibiotarsus. F) Hind tibiotarsus. G) Dens and mucro, lateral view.
FIGURE 6. Hypogastrura gravesi. A in Redescriptions of Hypogastruridae and Onychiuridae (Collembola) described by David L. Wray
FIGURE 6. Hypogastrura gravesi. A) Paratype (juvenile), dorsal chaetotaxy. B) Adult specimen from Ravensford, Swain County, North Carolina, dorsal chaetotaxy. C) Labrum, holotype. D) Maxilla, Ravensford specimen. E) Maxillary palpus, Ravensford specimen. F) Labial palpus, Ravensford specimen. G) Labial palpus, holotype. H) Anal spines, holotype. I) Anal spines, paratype. J) Macrochaetae of posterior abdominal segments.
FIGURE 3. Ceratophysella hermosa. A‒D in Redescriptions of Hypogastruridae and Onychiuridae (Collembola) described by David L. Wray
FIGURE 3. Ceratophysella hermosa. A‒D) Left and right postantennal organs. A, B) Lectotype. C, D) Goshen Prong specimen. E) Fourth antennal segment and apex of third segment, dorsal view, lectotype. F) Fourth antennal segment and apex of third segment, ventral view, lectotype. G) Head of maxilla, lectotype. H) Labial palpus, Goshen Prong specimen. I) Anterior region of labrum, Goshen Prong specimen. J) Fore tibiotarsus, paralectotype. K-N) Ungues of Goshen Prong specimens. K) Fore unguis, dorsal view. L) Middle foot, lateral view. M, N) Middle ungues, subdorsal views. O) Dens and mucro, Goshen prong specimen. P) Dens and mucro, lectotype.
FIGURE 2. Ceratophysella hermosa. A in Redescriptions of Hypogastruridae and Onychiuridae (Collembola) described by David L. Wray
FIGURE 2. Ceratophysella hermosa. A) Dorsal chaetotaxy, specimen from Goshen Prong, Sevier County, Tennessee. B) Dorsal chaetotaxy of head, mesonotum and Abd. IV‒VI, another Goshen Prong specimen. C) Dorsal chaetotaxy of head, mesonotum and Abd. IV‒VI, lectotype; mesonotum reconstructed from fragments. D) Lateral sensillum-like seta and microsensillum of mesonotum, Goshen Prong specimen. E) Lateral sensillum-like seta of metanotum, Goshen Prong specimen.
FIGURE 12. Schaefferia cheoha. A in Redescriptions of Hypogastruridae and Onychiuridae (Collembola) described by David L. Wray
FIGURE 12. Schaefferia cheoha. A) Dorsal chaetotaxy. Arrow indicates p4 as microseta. B) Third and fourth antennal segments, dorsal view. C) Third and fourth antennal segments, ventral view. Arrow indicates pin seta. D) Apex of fourth antennal segment of another specimen. Arrow indicates pin seta. E) Postantennal organ and eyes, right side. F) Labial palpus. G) Partial illustration of head of maxilla. H) Foretibiotarsus. I) Metatibiotarsus. J) Dentes and mucrones.
FIGURE 1. A in Redescriptions of Hypogastruridae and Onychiuridae (Collembola) described by David L. Wray
FIGURE 1. A) Ceratophysella hermosa, dorsal habitus of ethanol-preserved specimen from Jackson, County, North Carolina. B) Hypogastrura gravesi, dorsal habitus of ethanol-preserved specimen from Sevier County, Tennessee. C) C. hermosa, upright dorsal cephalic spines (d5, sd5). D) H. ireneae, labrum in lateral view. A: antenna; M: mandible. Arrow indicates labrum base. Scale bars: A, B = 500 µm; C = 100 µm; D = 20 µm.
FIGURE 15. Schoettella glasgowi. A in Redescriptions of Hypogastruridae and Onychiuridae (Collembola) described by David L. Wray
FIGURE 15. Schoettella glasgowi. A) Postantennal organ (PAO) and anterior eyes, right side, Achorutes magnoliana "type". B) PAO and anterior eyes, left side, specimen from Swain County, North Carolina. C) PAO and eyes, left and right sides, specimen from Williamson County, Illinois. D) Labial palpus, A. magnoliana lectotype. E) Ventral side of head, A. magnoliana lectotype. F) Fourth antennal segment, subdorsal view; arrow indicates socketless "pin" seta. G) Apex of fourth antennal segment, subventral view. H) Sense organ of third antennal segment. I) Hind tibiotarsus, specimen from Williamson County, Illinois. J) Fore tibiotarsus, A. magnoliana lectotype. K) Furcula, A. magnoliana lectotype.
FIGURE 4. Ceratophysella jondavi. A in Redescriptions of Hypogastruridae and Onychiuridae (Collembola) described by David L. Wray
FIGURE 4. Ceratophysella jondavi. A) Dorsal chaetotaxy, lectotype. B) Dorsal chaetotaxy of fourth and fifth abdominal segments, paralectotype. C) Anal spines. D) Third and fourth antennal segments, dorsal view. E) Fourth antennal segment, ventral view. F) Postantennal organs and anterior eyes, lectotype (above), paralectotype (below). G) Head of maxilla, lectotype. H) Labial palpus, lectotype; t = bilobed "toothbrush." I) Hind foot complex. J‒L) Dentes and mucrones from adult, adult, and late juvenile paralectotypes, respectively.
FIGURE 10. Hypogastrura promatro. A in Redescriptions of Hypogastruridae and Onychiuridae (Collembola) described by David L. Wray
FIGURE 10. Hypogastrura promatro. A) Dorsal chaetotaxy, lectotype; closeup: anal spines and serrate terminal setae. B) Dorsal chaetotaxy, holotype of Achorutes utahensis. C) Head of maxilla, capitulum teeth not illustrated.
FIGURES 1–6 in Phylogeny of the genus Willemia (Collembola: Hypogastruridae) and biogeography of the W. buddenbrocki - group with description of a new species from Ivory Coast (western Africa)
FIGURES 1–6. Willemia tondoh sp. nov.: 1, general dorsal chaetotaxy; 2, ventral chaetotaxy of head and mouth; 3, left postantennal organ; 4, Ant. I–IV; 5, Abd. I–VI ventral chaetotaxy; 6, leg III.
FIGURE 7 in Phylogeny of the genus Willemia (Collembola: Hypogastruridae) and biogeography of the W. buddenbrocki - group with description of a new species from Ivory Coast (western Africa)
FIGURE 7. Strict consensus of 89 phylogenetic trees of the genus Willemia. Newly added species, including W. tondoh sp. nov., in bold. Bremer support values and Jackknife resampling percentages indicated above and below each node, respectively.
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.