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FIGURE 4. Manayunkia caspica Annenkova, 1929 in Redescription of Manayunkia caspica Annenkova, 1929 and M. danubialis Băcescu, 1944 n. comb. (Fabriciidae, Sabellida, Polychaeta)
FIGURE 4. Manayunkia caspica Annenkova, 1929, semithin sections (1 µm) through radiolar crown. A. Branches of radioles and ventral vascularized filamentous appendages, all separated. B. Branches of ventral and median radioles start to fuse (110 µm basal of section A). C. Fusion of branches of ventral and median radioles continues, dorsal radioles still separated; dorsal lips visible (30 µm basal of section B; note: dorsal radiole of the right and left half of the radiolar crown lettered). D. Ventral and median radioles fused, dorsal radioles and dorsal lips separated (12 µm basal of section C). E. Radioles fused, and connected to ventral vascularized filamentous appendage by dorsal lips, except left dorsal radiole (10 µm basal of section D). F. Radioles completely fused, ventral anterior peristomial ring lobe visible (30 µm basal of section E). Scale bars A–F 100 µm (abbr: dl dorsal lips, dr dorsal radiole, mr median radiole, v aprl ventral anterior peristomial ring lobe, vr ventral radiole, vvfa ventral vascularized filamentous appendages).
FIGURE 2. Manayunkia caspica Annenkova, 1929, SEM micrographs. A in Redescription of Manayunkia caspica Annenkova, 1929 and M. danubialis Băcescu, 1944 n. comb. (Fabriciidae, Sabellida, Polychaeta)
FIGURE 2. Manayunkia caspica Annenkova, 1929, SEM micrographs. A. Total view of a complete specimen, ventro-lateral view. B. Anterior end, ventral view. C. Anterior end, dorsal view. D. Outside of a flexible tube consisting of finest sediment particles and mucus. E. Anterior end up to chaetiger 3, ventral view. F. Brood chamber on chaetigers 6 and 7. G. Posterior margin of the brood chamber on segment 7. H. Isolated egg from a female tube. I. Posterior end with last thoracic chaetiger (=chaetiger 8) and first abdominal chaetiger (=chaetiger 9), lateral view. Scale bars. A, F, G, I 200 µm, B, C, H 50 µm, D, E 100 µm (abbr: apr anterior peristomial ring, ch1,8,9 chaetiger 1,8,9, fg faecal groove, ppr posterior peristomial ring, vvfa unbranched ventral vascularized filamentous appendages).
FIGURE 7 in Redescription of Manayunkia caspica Annenkova, 1929 and M. danubialis Băcescu, 1944 n. comb. (Fabriciidae, Sabellida, Polychaeta)
FIGURE 7. Manayunkia danubialis Băcescu, 1944 n. comb., SEM micrographs. A. Notopodium of chaetiger 1 with short and long, narrowly hooded chaetae. B. Notopodium of chaetiger 2 with pseudo-spatulate and long narrowly hooded chaetae. C. Pseudo-spatulate chaetae of chaetiger 3. D. Inferior thoracic notochaetae of chaetiger 7. E. Abdominal neurochaetae of chaetiger 9. F. Thoracic uncini of chaetiger 2. G. Thoracic neuropodium of chaetiger 3; note the slightly offset arrangement of uncini. H. Transitional uncini of chaetiger 8. I. Abdominal uncini of chaetiger 9. Scale bars. A, B 20 µm, C–E, I 5 µm, F, H 2 µm, G 10 µm.
FIGURE 1 in Redescription of Manayunkia caspica Annenkova, 1929 and M. danubialis Băcescu, 1944 n. comb. (Fabriciidae, Sabellida, Polychaeta)
FIGURE 1. Map showing locations in the Caspian Sea (red square) and the Austrian Danube (red circle) where specimens of Manayunkia caspica Annenkova, 1929 and M. danubialis Băcescu, 1944 n. comb. were collected.
FIGURES 31–38. Microcercis and Conioscinella morphology. 31, M. insularis male genitalia, posterior view. 32, M. johanni male genitalia, posterior oblique view. 33, M. minor male genitalia, posterior view. 34, M. minor male genitalia, lateral oblique view. 35, M. murphyi male genitalia, posterior oblique view. 36, M. murphyi male genitalia, lateral oblique view. 37 M. trifeminarum male genitalia, posterior oblique view. 38, C in Revision of Nearctic Microcercis Beschovski (Diptera: Chloropidae), with Synonymy of Incertella Sabrosky
FIGURES 31–38. Microcercis and Conioscinella morphology. 31, M. insularis male genitalia, posterior view. 32, M. johanni male genitalia, posterior oblique view. 33, M. minor male genitalia, posterior view. 34, M. minor male genitalia, lateral oblique view. 35, M. murphyi male genitalia, posterior oblique view. 36, M. murphyi male genitalia, lateral oblique view. 37 M. trifeminarum male genitalia, posterior oblique view. 38, C. ovalis male genitalia, posterior oblique view.
FIGURES 23–30. Microcercis and Conioscinella morphology. 23, M. laytoni habitus, lateral view. 24, M. trifeminarum habitus, lateral view. 25, C. ovalis HOLOTYPE habitus, lateral view. 26, M. albipalpis male genitalia, posterior oblique view. 27, M. albipalpis surstylus. 28 M. bispina male genitalia, posterior oblique view. 29, M. dorsata male genitalia, posterior oblique view. 30, M in Revision of Nearctic Microcercis Beschovski (Diptera: Chloropidae), with Synonymy of Incertella Sabrosky
FIGURES 23–30. Microcercis and Conioscinella morphology. 23, M. laytoni habitus, lateral view. 24, M. trifeminarum habitus, lateral view. 25, C. ovalis HOLOTYPE habitus, lateral view. 26, M. albipalpis male genitalia, posterior oblique view. 27, M. albipalpis surstylus. 28 M. bispina male genitalia, posterior oblique view. 29, M. dorsata male genitalia, posterior oblique view. 30, M. infesta male genitalia, posterior oblique view.
FIGURES 15–22. Microcercis morphology. 15, M. albipalpis habitus, lateral view. 16, M. bispina habitus, lateral view. 17, M. dorsata habitus, lateral view. 18, M. infesta habitus, lateral view. 19, M. insularis habitus, lateral view. 20, M. minor habitus, lateral view. 21, M. johanni habitus, lateral view. 22, M in Revision of Nearctic Microcercis Beschovski (Diptera: Chloropidae), with Synonymy of Incertella Sabrosky
FIGURES 15–22. Microcercis morphology. 15, M. albipalpis habitus, lateral view. 16, M. bispina habitus, lateral view. 17, M. dorsata habitus, lateral view. 18, M. infesta habitus, lateral view. 19, M. insularis habitus, lateral view. 20, M. minor habitus, lateral view. 21, M. johanni habitus, lateral view. 22, M. murphyi habitus, lateral view.
FIGURES 9–14. Microcercis and Conioscinella morphology. 9, M. minor male femoral organ, 2500X. 10, M. infesta male femoral organ, 3000X. 11, C. nuda male femoral organ, 2000X. 12, M. infesta male genitalia, 500X in Revision of Nearctic Microcercis Beschovski (Diptera: Chloropidae), with Synonymy of Incertella Sabrosky
FIGURES 9–14. Microcercis and Conioscinella morphology. 9, M. minor male femoral organ, 2500X. 10, M. infesta male femoral organ, 3000X. 11, C. nuda male femoral organ, 2000X. 12, M. infesta male genitalia, 500X, (arrow points to epandrium). 13, M. infesta hind basal tarsomere (arrows indicate basal setae). 14, C. ovalis hind basal tarsomere.
FIGURES 1–8. Microcercis morphology. 1, M in Revision of Nearctic Microcercis Beschovski (Diptera: Chloropidae), with Synonymy of Incertella Sabrosky
FIGURES 1–8. Microcercis morphology. 1, M. infesta scutal tomentum and setae, 1500X. 2, M. infesta anterior margin of frons, antennal bases, and dorsal portion of carina, 1500X. 3, M. infesta lower face and frontoclypeal membrane, 800X. 4, M. trifeminarum eye, showing density and length of ommatrichia, 1500X. 5, M. infesta frontal and vertical chaetotaxy, 400X. 6, M. trifeminarum scutellum and subscutellum (arrow), 1000X. 7, M. bispina scapular setae (arrows), 400X. 8, M. species proepimeral seta (arrow), 1000X.
Diamond-turned GaAs WGMR with million optical Q factor, L. M. Platt, M. I. Suresh, F. Azeem, L. S. Trainor, and H. G. L. Schwefel, Zenodo 2024
<p>Data sets corresponding to plotted figures in the manuscript titled "Single-point-diamond-turned GaAs disk resonator with a million optical quality factor," by L. M. Platt et al. </p>
Setup and Dataset for the Validation of an Eulerian-Lagrangian Coupling Method in the m-AIA framework
<p>This repository holds data files, code information and property files which are used to conduct performance analyses of a <br>Parallel Eulerian-Lagrangian Coupling Method. </p>
Fig. 1 in First report of the genus Melittobia Westwood, 1848 (Hymenoptera: Eulophidae) from Vietnam, with notes on the biology of M. clavicornis (Cameron, 1908)
Fig. 1. Male of the parasitoid Melittobia clavicornis. Photo by Ph.H. Pham. Рис. 1. Самец параЗитоида Melittobia clavicornis. Фото: Ф.Х. Фам.
Fig. 2 in First report of the genus Melittobia Westwood, 1848 (Hymenoptera: Eulophidae) from Vietnam, with notes on the biology of M. clavicornis (Cameron, 1908)
Fig. 2. Emergence hole of Melittobia clavicornis on the cocoon of Chalybion bengalense. Photo by Ph.H. Pham. Рис. 2. Выходное отверстие Melittobia clavicornis на стенке кокона Chalybion bengalense. Фото: Ф.Х. Фам.
FIGURES 13–16. M. hispanator Selfa, 1995 in A new species of Misetus Wesmael, 1845 (Hymenoptera, Ichneumonidae, Ichneumoninae, Phaeogenini) from Italy, with updated key to the females of Palaearctic species
FIGURES 13–16. M. hispanator Selfa, 1995 (holotype, female). 13, habitus; 14, face; 15, propodeum; 16, metasomal tergite II.
FIGURES 9–12. M. oculatus Wesmael, 1845 in A new species of Misetus Wesmael, 1845 (Hymenoptera, Ichneumonidae, Ichneumoninae, Phaeogenini) from Italy, with updated key to the females of Palaearctic species
FIGURES 9–12. M. oculatus Wesmael, 1845 (female). 9, habitus; 10, face; 11, propodeum and metasomal tergite II; 12, apex of metasoma (dorsal view).
FIGURES 1–4. M. oculatus Wesmael, 1845 in A new species of Misetus Wesmael, 1845 (Hymenoptera, Ichneumonidae, Ichneumoninae, Phaeogenini) from Italy, with updated key to the females of Palaearctic species
FIGURES 1–4. M. oculatus Wesmael, 1845 (female). 1, face, showing clypeus with apical median tooth; 2, mesopleura and metapleura; 3, apex of metasoma (lateral view) and ovipositor; 4, head, dorsal view, showing temple shape.
FIGURES 5–8. M in A new species of Misetus Wesmael, 1845 (Hymenoptera, Ichneumonidae, Ichneumoninae, Phaeogenini) from Italy, with updated key to the females of Palaearctic species
FIGURES 5–8. M. strumiai sp. nov. (holotype). 5, habitus; 6, face; 7, propodeum; 8, metasomal tergite II.
FIGURE 3. Tylencholaimellus projectus Siddiqi, 1964. A in Description of two new and two known species of the Genus Tylencholaimellus Cobb in M. V. Cobb, 1915 (Nematoda: Dorylaimida: Tylencholaimoidea)
FIGURE 3. Tylencholaimellus projectus Siddiqi, 1964. A. Entire female; B. Entire male; C. Anterior region; D. Anterior end showing amphid; E. Pharyngeal region; F. Pharyngeal bulb; G. Female genital system; H. Female posterior region; I. Male posterior region.
FIGURE 7 in Description of two new and two known species of the Genus Tylencholaimellus Cobb in M. V. Cobb, 1915 (Nematoda: Dorylaimida: Tylencholaimoidea)
FIGURE 7. Tylencholaimellus masakii sp. n. A. Entire female; B. Anterior region; C. Anterior end showing amphid; D. Pharyngeal region; E. Pharyngeal bulb; F. Female genital system; G. Female posterior region.
FIGURE 6 in Description of two new and two known species of the Genus Tylencholaimellus Cobb in M. V. Cobb, 1915 (Nematoda: Dorylaimida: Tylencholaimoidea)
FIGURE 6. Tylencholaimellus arabicus sp. n. A & B. Anterior region; C. Anterior end showing amphid; D & E. Anterior region showing ventral and dorsal body pore; F. Pharyngeal bulb; G. Female genital system; H & I. Female posterior region and showing caudal pore. (Scale bar A–C, I = 10 µm; D–H = 20 µm)
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Allen Brain Atlas
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Annotated Behaviour and Observability Dataset (ABODe)
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DANDI Archive for NWB datasets
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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.