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4,521 results for “new subgenus”
FIGURES 13–22 in A new subgenus and new species of Orthocladius van der Wulp, with a phylogenetic evaluation of the validity of the subgenera of the genus (Diptera: Chironomidae)
FIGURES 13–22. Orthocladius (Mesorthocladius) spp., female imagines, genitalia, 13–17: O. (M.) lamellatus sp. n., 13: ventral view, 14: ventrolateral lobe, 15: dorsomesal lobe, 16: apodeme lobe, 17: dorsal view, 18–22: O. (M.) nimidens sp. n., 18: ventral view, 19: ventrolateral lobe, 20: dorsomesal lobe, 21: apodeme lobe, 22 dorsal view.
FIGURES 13–20 in Descriptions of a new subgenus and two new species of Atrichobrunettia Satchell (Diptera, Psychodidae) from the Neotropical region
FIGURES 13–20. Atrichobrunettia (Pachybrunettia) triangularis Bravo, sp. nov..Male, holotype (13, 16, 17, 20), paratype (14, 15, 18, 19). 13. Head. 14. Antenna: scape, pedicel and first flagellomeres. 15. Palpus. 16. Wing. 17. Male terminalia, dorsal, with narrow sclerite short. 18. Male terminalia, dorsal, with narrow sclerite long. 19. Cercus. 20. Male terminalia, ventral. php= post-hypandrial plate. Distance AB= distance between the hypandrium and the gonocoxal apodeme.
FIGURES 4–12 in Descriptions of a new subgenus and two new species of Atrichobrunettia Satchell (Diptera, Psychodidae) from the Neotropical region
FIGURES 4–12. Atrichobrunettia (Pachybrunettia) bilobata Bravo, sp. nov. Male, holotype (4, 8–12), paratype (5–7). 4. Head. 5. Antenna: scape and pedicel. 6. Antenna, flagelomere 1. 7. Antenna, flagelomeres 3–4. 8. Palpomeres 1–2. 9. Wing. 10. Male terminalia, lateral. 11. Male terminalia, ventral, epandrium and sternite 10. 12. Male terminalia, dorsal. ae= aedeagus; ae. ap.= aedeagal apodem; gx. ap.= gonocoxal apodeme; ns= narrow sclerites, well sclerotized, link the base of parameres to the apex of the gonocoxal apodeme; par= paramere; php= post-hypandrial plate; S10= sternite 10. Distance AB= distance between the hypandrium and the gonocoxal apodeme.
FIGURES 1–3 in Descriptions of a new subgenus and two new species of Atrichobrunettia Satchell (Diptera, Psychodidae) from the Neotropical region
FIGURES 1–3. Atrichobrunettia (Pachybrunettia) minuta Bravo. Male, holotype. 1. Wing. 2. Male terminalia, dorsal. 3. Male terminalia, ventral. ae= aedeagus; ae. ap.= aedeagal apodem; ep= epandrium; fr= foramen; gx. ap.= gonocoxal apodeme; hyp= hypandrium; ns= narrow sclerites, well sclerotized, link the base of parameres to the apex of the gonocoxal apodeme; par= paramere; S10= sternite 10; php= post-hypandrial plate; T10= tergite 10. Distance AB= distance between the hypandrium and the gonocoxal apodeme.
FIGURE 9 in Revision of the subgenus Neopsacas (Hexactinellida, Rossellidae, Crateromorpha) with the description of new species and subspecies
FIGURE 9. Crateromorpha (Neopsacas) obi, sp. nov., spicules: A–B, dermal or atrial pentactins. B, pentactin with rudimental ray directed inside the body. C, hypodermal or hypoatrial pentactin. D, hypodermal or hypoatrial hexactin. E–F, parts of choanosomal diactin. G, drepanocome. H, secondary ray of drepanocome.
FIGURE 7 in Revision of the subgenus Neopsacas (Hexactinellida, Rossellidae, Crateromorpha) with the description of new species and subspecies
FIGURE 7. Crateromorpha (Neopsacas) krinovi discoli ssp. nov., spicules: A–E, atrial diactin. F, atrial monactin. G, atrial tauactin. H, hypodermal pentactin. I, choanosomal diactin. J, discohexactin. K–L, discopentactins. M, discostauractin. N, discoparatetractin. O, discodiactin ("amphidisc").
FIGURE 6 in Revision of the subgenus Neopsacas (Hexactinellida, Rossellidae, Crateromorpha) with the description of new species and subspecies
FIGURE 6. Crateromorpha (Neopsacas)) krinovi discoli ssp. nov. USNM 1096678. A, side view. Scale 15 mm. B, hypodermal hexactin.
FIGURE 5 in Revision of the subgenus Neopsacas (Hexactinellida, Rossellidae, Crateromorpha) with the description of new species and subspecies
FIGURE 5. Crateromorpha (Neopsacas)) krinovi discoli ssp. nov., holotype. A, side view. Scale 10 mm. B, choanosomal discotriactin and discohexactins. C–D, atrial diactins. Scales 10 µm.
FIGURE 4 in Revision of the subgenus Neopsacas (Hexactinellida, Rossellidae, Crateromorpha) with the description of new species and subspecies
FIGURE 4. Crateromorpha (Neopsacas) krinovi krinovi sp. nov., ssp. nov., spicules: A–B, dermal pentactins. C–D, dermal diactins. E, hypodermal pentactin. F, choanosomal stauractin. G, choanosomal diactin. H, discohexactin. I–J, discopentactins. K, discostauractin. L, discodiactin.
FIGURE 3 in Revision of the subgenus Neopsacas (Hexactinellida, Rossellidae, Crateromorpha) with the description of new species and subspecies
FIGURE 3. Crateromorpha (Neopsacas) krinovi krinovi sp. nov., ssp. nov. A, holotype, side view. Scale 20 mm. B, dermal discohexactin. C, atrial discohexactins. Scales 10 µm.
FIGURE 2 in Revision of the subgenus Neopsacas (Hexactinellida, Rossellidae, Crateromorpha) with the description of new species and subspecies
FIGURE 2. Crateromorpha (Neopsacas) variata Tabachnick, 2002, spicules: A–B, dermal pentactins. C–D, dermal diactins. E–F, atrial pentactins. G, atrial stauractin. H–J, atrial diactins. K, hypodermal pentactin. L–M, marginal hexactins. N–P, abnormal microscleres. A–K; N–P, 5/2/404. O–P, 5/2/3119.
FIGURE 1 in Revision of the subgenus Neopsacas (Hexactinellida, Rossellidae, Crateromorpha) with the description of new species and subspecies
FIGURE 1. Crateromorpha (Neopsacas) variata Tabachnick, 2002, specimen IORAS 5/2/3119.: A, view from above. B, side view. Scale 40 mm. C, dermal surface with dermal net covering the subdermal cavities. Scale 5 mm. D, oxyhexasters and oxyhemihexasters, E, irregular diactin, F, onycho-discohexaster. 10 µm.
FIGURE 9 in Reconsidering Pholeuon C. Hampe (Coleoptera: Leiodidae: Cholevinae), with the description of a new subgenus
FIGURE 9. Principal Component Analysis of morphometric characters for females of Pholeuon and Protopholeuon showing the significant separation of Mesopholeuon. a. the variable space (see also explanations in Table 1 and Fig. 3); b. the population space.
FIGURE 8 in Reconsidering Pholeuon C. Hampe (Coleoptera: Leiodidae: Cholevinae), with the description of a new subgenus
FIGURE 8. Aedeagus in lateral (right) and dorsal (left; only the apex shown) views. a. Protopholeuon hungaricum, b. Pholeuon (Mesopholeuon) comani, c. P. (s. str.) knirschi frivaldszki, d. P. (s. str.) angusticolle, e. P. (Parapholeuon) gracile.
FIGURES 5–7 in Reconsidering Pholeuon C. Hampe (Coleoptera: Leiodidae: Cholevinae), with the description of a new subgenus
FIGURES 5–7. Details of Pholeuon comani. 5, lateral view of pronotum, with prominent sternal apophysis (arrow); 6, aedeagus in lateral and dorsal views; reduction of the dorsal invagination in its median part is indicated by arrow; abapical blade, bb—basal blade, be—body of the aedeagus (median lobe); 7, spermatheca.
FIGURE 3 in Reconsidering Pholeuon C. Hampe (Coleoptera: Leiodidae: Cholevinae), with the description of a new subgenus
FIGURE 3. Characters measured for comparison and statistical analysis: AL—length of antennae, aPw—apical width of pronotum, BL—body length, bPw—width of pronotum at base, EL—length of elytrae, Ew—width of elytrae, HL—head length, MPw—maximum width of pronotum, mPw—minimum width of pronotum, PL—pronotal length.
FIGURE 1 in Reconsidering Pholeuon C. Hampe (Coleoptera: Leiodidae: Cholevinae), with the description of a new subgenus
FIGURE 1. Distribution of cave genera, Pholeuon and Protopholeuon in Western Carpathians (Apuseni Mountains); black spots in the insert indicate limestone areas separated by non-karst rocks, acting as barriers for cave fauna migration. 1—Pholeuon (Parapholeuon) in the north (Pädurea Craiului Mountains), 2—P. (s. str.) in the center (Bihor Mountains), 3—P. (Mesopholeuon) in the south-west (Codru-Moma Mountains), 4—Protopholeuon in the south (Metaliferi Mountains).
FIGURES 22–25 in Baetis zdenkae sp. nov., a new representative of the Baetis buceratus species-group (Ephemeroptera: Baetidae) from Rhodos (Greece) with notes to species-grouping of the subgenus Baetis Leach, 1815 s. str.
FIGURES 22–25. Baetis zdenkae sp. nov., mature larvae: 22, surface of femur; 23, outer margin of tibia; 24, inner margin of tibia; 25, tarsal claw (hind legs). Scale bars: 22–24 = 200 nm; 25 = 500 nm.
FIGURES 18–21 in Baetis zdenkae sp. nov., a new representative of the Baetis buceratus species-group (Ephemeroptera: Baetidae) from Rhodos (Greece) with notes to species-grouping of the subgenus Baetis Leach, 1815 s. str.
FIGURES 18–21. Baetis zdenkae sp. nov., mature larvae, outer margin of femora (hind legs). Scale bars: 18 = 200 nm; 19 = 100 nm; 20, 21 = 100 nm.
FIGURES 26–29 in Baetis zdenkae sp. nov., a new representative of the Baetis buceratus species-group (Ephemeroptera: Baetidae) from Rhodos (Greece) with notes to species-grouping of the subgenus Baetis Leach, 1815 s. str.
FIGURES 26–29. Baetis zdenkae sp. nov., mature larvae: 26, surface of abdominal tergum IV; 27, surface of abdominal tergum VI; 28, posterior margin of abdominal tergum IV; 29, outer margin of paraproct plate. Scale bars: 26–29 = 20mm.
ScienceDex guides
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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.