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.
3,205
datasets available to search
ShareScore release 0.9.0
Dataset results
3,205 results for “new tribe”
FIGURES 4–6. Wings. 1, Helianthecis capitum. 2, Lonicerae russoi. 3 in Three new genera and three new species of Nearctic Lasiopteridi (Diptera: Cecidomyiidae: Cecidomyiinae) from Asteraceae and Caprifoliaceae, and the tribe Rhopalomyiini subsumed under Oligotrophini
FIGURES 4–6. Wings. 1, Helianthecis capitum. 2, Lonicerae russoi. 3, Chiosperma turgidum. Line = 1 mm.
FIGURES 1–3. Galls.1 in Three new genera and three new species of Nearctic Lasiopteridi (Diptera: Cecidomyiidae: Cecidomyiinae) from Asteraceae and Caprifoliaceae, and the tribe Rhopalomyiini subsumed under Oligotrophini
FIGURES 1–3. Galls.1, Lonicerae russoi on Lonicera hispidula (photo by R. Russo). 2, Lonicerae lonicera on Lonicera subspicata (photo by R. Russo). 3, Chiosperma turgidum on Symphoricarpos albus (photo by M. Althaus). Line = actual size of gall.
FIGURES 28–30. Lonicerae russoi. 28 in Three new genera and three new species of Nearctic Lasiopteridi (Diptera: Cecidomyiidae: Cecidomyiinae) from Asteraceae and Caprifoliaceae, and the tribe Rhopalomyiini subsumed under Oligotrophini
FIGURES 28–30. Lonicerae russoi. 28, Pupal anterior parts (ventral). 29, Larval spatula and associated papillae. 30, Larval eighth and terminal segments (dorsal).
FIGURE 7 in Pseudogramma polyacantha complex (Serranidae, tribe Grammistini): DNA barcoding results lead to the discovery of three cryptic species, including two new species from French Polynesia
FIGURE 7. Pseudogramma paucilepis new species, holotype, USNM 423375, 45.7 mm SL, female, Austral Islands. Photo: J.T. Williams.
FIGURE 4 in Pseudogramma polyacantha complex (Serranidae, tribe Grammistini): DNA barcoding results lead to the discovery of three cryptic species, including two new species from French Polynesia
FIGURE 4. Neighbor-Joining tree based on K2P model of sequence evolution (with 1,000 bootstrap replicates) for available members of the genus Pseudogramma. The scale bar at left represents a 2% sequence divergence.
FIGURE 2 in Pseudogramma polyacantha complex (Serranidae, tribe Grammistini): DNA barcoding results lead to the discovery of three cryptic species, including two new species from French Polynesia
FIGURE 2. Scalation patterns on the head of members of the Pseudogramma polyacantha complex showing changes with increasing specimen length. A) Reduced scalation—P. paucilepis n. sp. B) Scalation extending slightly farther anteriorly—P. galzini n. sp. C) Moderately developed scalation—P. brederi. D) Well-developed scalation—P. polyacantha. Colors represent the following: purple: variable scale development at all sizes; grey: specimens shorter than 40 mm SL; blue: specimens longer than 40 mm SL; green: specimens longer than 45 mm SL; orange: specimens longer than 50 mm SL; red: specimens longer than 55 mm SL.
FIGURE 5 in Pseudogramma polyacantha complex (Serranidae, tribe Grammistini): DNA barcoding results lead to the discovery of three cryptic species, including two new species from French Polynesia
FIGURE 5. Geographical distribution of the members of the Pseudogramma polyacantha species complex. Pseudogramma polyacantha—lavender shading, blue stars; P. brederi —green shading, green stars; P. galzini n. sp.—orange shading orange stars; P. paucilepis n. sp.—pink shading Purple stars. Black dots represent locations of specimens examined; stars indicate specimens with COI sequence available on BOLD.
FIGURE 1 in Pseudogramma polyacantha complex (Serranidae, tribe Grammistini): DNA barcoding results lead to the discovery of three cryptic species, including two new species from French Polynesia
FIGURE 1. Cephalic sensory pores of Pseudogramma. Pore symbols: nasal pores (N); interorbital pores (InO), supraorbital pores (SO); infraorbital pores (IO); and dentary pores (D).
FIGURE 8 in Pseudogramma polyacantha complex (Serranidae, tribe Grammistini): DNA barcoding results lead to the discovery of three cryptic species, including two new species from French Polynesia
FIGURE 8. Pseudogramma galzini new species, holotype, 402553, 31.2 mm SL, female, Gambier Archipelago. Photo: J.T. Williams.
FIGURE 9 in Pseudogramma polyacantha complex (Serranidae, tribe Grammistini): DNA barcoding results lead to the discovery of three cryptic species, including two new species from French Polynesia
FIGURE 9. Pseudogramma galzini new species, paratype, 4000461, 17.3 mm, juvenile, Gambier Archipelago. Photo: J.T. Williams.
FIGURES 134–141. Labiobaetis tenuicrinitus. 134 in New tribe Labiobaetini tribus n., redefinition of Pseudopannota Waltz & McCafferty 1987 and descriptions of new and little known species from Zambia and Uganda
FIGURES 134–141. Labiobaetis tenuicrinitus. 134, tarsus of subimaginal middle leg; 135, apex of femur of larval leg; 136, apex of tibia of larval leg; 137, hypopharynx; 138, larval abdominal tergum VII; 139–141, eggs.
FIGURES 130–133. Labiobaetis tenuicrinitus. 130 in New tribe Labiobaetini tribus n., redefinition of Pseudopannota Waltz & McCafferty 1987 and descriptions of new and little known species from Zambia and Uganda
FIGURES 130–133. Labiobaetis tenuicrinitus. 130, subimaginal gonostyli folded under larval cuticle (1, 2, 3, segments of gonostylus); 131, genitals of male imago (at right half, muscles shown by interrupted lines; places of attachment of median paraproctal muscles shown by dotted lines; 1, 2, 3, segments of gonostylus); 132, larval claw; 133, larval fore leg, dorsal view. Abbreviations: gv, gonovectis; pgs, protogonostylus (paired convexity on posterior margin of IX sternum of male larva); mIX- X, areas of anterior attachment of median paraproctal muscles (i.e., muscles going from sternum IX to common base of paraprocts); pb, median projection of penial bridge; usg, unistyliger.
FIGURES 122–125. Labiobaetis tenuicrinitus, larva. 122 in New tribe Labiobaetini tribus n., redefinition of Pseudopannota Waltz & McCafferty 1987 and descriptions of new and little known species from Zambia and Uganda
FIGURES 122–125. Labiobaetis tenuicrinitus, larva. 122, labrum, dorsal view; 123, left maxilla (muscle in 1st palpomere shown by interrupted lines); 124, frontal suture of female larva; 125, frontal suture of male larva. Abbreviations: 1, 2, segment of maxillary palp; ds1, ds2, ds3, dentisetae.
FIGURES 118–121. Labiobaetis tenuicrinitus. 118 in New tribe Labiobaetini tribus n., redefinition of Pseudopannota Waltz & McCafferty 1987 and descriptions of new and little known species from Zambia and Uganda
FIGURES 118–121. Labiobaetis tenuicrinitus. 118, female imago; 119, subimaginal exuviae of right half of mesonotum; 120, subimaginal exuviae of left pleurite with postsubalar sclerite and lateropostnotal crest; 121, male imago.
FIGURES 126–129. Labiobaetis tenuicrinitus, larva. 126 in New tribe Labiobaetini tribus n., redefinition of Pseudopannota Waltz & McCafferty 1987 and descriptions of new and little known species from Zambia and Uganda
FIGURES 126–129. Labiobaetis tenuicrinitus, larva. 126, labium, ventral view (at left half, muscles shown by interrupted lines); 127, glossae and paraglossae (at left half, ventral view; at right half, dorsal view); 128, margin of ultimolarval metanotum with vestige of hind protopteron; 129, paraproct.
FIGURES 110–112 in New tribe Labiobaetini tribus n., redefinition of Pseudopannota Waltz & McCafferty 1987 and descriptions of new and little known species from Zambia and Uganda
FIGURES 110–112. Pseudopannota fusca sp. n. 110, egg (extracted from mature larva); 111, fore leg, anterior view; 112, femur of middle leg, anterior view.
FIGURES 91–99 in New tribe Labiobaetini tribus n., redefinition of Pseudopannota Waltz & McCafferty 1987 and descriptions of new and little known species from Zambia and Uganda
FIGURES 91–99. Pseudopannota fusca sp. n. 91, labrum; 92–94, left and right mandibles of penultimolarva with developing ultimolarval mandibles inside; 95, empty cuticle of labium, with focus on dorsal side; 96, the same, combined focus on ventral side of glossa and on palp; 97, abdomen of male subimago extracted from mature larva; 98, cuticle of subimaginal mesonotum; 99, cuticle of subimaginal postsubalar sclerite and lateropostnotal crest (97, holotype). Abbreviation: in, incisor.
FIGURES 68–73 in New tribe Labiobaetini tribus n., redefinition of Pseudopannota Waltz & McCafferty 1987 and descriptions of new and little known species from Zambia and Uganda
FIGURES 68–73. Pseudopannota camerunense (Ulmer 1920). 68, labium, ventral view (at left half, muscles shown by interrupted lines; long setae not shown, their bases shown by rings); 69, apex of glossa, dorsal view (long setae not shown, their bases shown by rings, setal bases on opposite side shown by interrupted lines); 70, left maxilla of ultimolarva (muscles shown by interrupted lines); 71, maxillary palp of penultimolarva; 72, head of female ultimolarva; 73, margin of ultimolarval metanotum with vestige of hind protopteron. Abbreviations: 1d, 1p, areas corresponding to distal and proximal subsegments of primary first segment of maxillary palp; 2, second segment of maxillary palp; ds1, ds2, ds3, dentisetae.
FIGURES 100–109. Pseudopannota. 100–108, P. f in New tribe Labiobaetini tribus n., redefinition of Pseudopannota Waltz & McCafferty 1987 and descriptions of new and little known species from Zambia and Uganda
FIGURES 100–109. Pseudopannota. 100–108, P. f us c a sp. n.: 100–104, tergalii of I, II, IV, V and VII pairs; 105, ultimolarval cuticle of right half of pronotum and mesonotum; 106, abdominal tergum III; 107, abdominal tergum VIII; 108, paraprocts and caudalii. 109, P. maculosa (Crass 1947), tergalii of pairs II and III.
FIGURES 65–67 in New tribe Labiobaetini tribus n., redefinition of Pseudopannota Waltz & McCafferty 1987 and descriptions of new and little known species from Zambia and Uganda
FIGURES 65–67. Pseudopannota camerunense (Ulmer 1920). 65, 66, male imago, lateral and dorsal view; 67, female imago, dorso-lateral view.
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.