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FIGURE 5 in Revision of the genus Polymerus (Heteroptera: Miridae) in the Eastern Hemisphere. Part 1: Subgenera Polymerus, Pachycentrum subgen. nov. and new genus Dichelocentrum gen. nov.
FIGURE 5. Structure of theca. A, theca of Polymerus nigrita; B, theca of Dichelocentrum longirostre; C, apical blade of theca of Dichelocentrum longirostre; D, apical blade of theca of Charagochilus gyllenhalii. Anterior (A, B) and anterio-inferior view (C, D). Scale bare: 0.14 mm.
FIGURES 23–43 in Cymatosirella Dąbek, Witkowski & Sabbe gen. nov., a new marine benthic diatom genus (Bacillariophyta) belonging to the family Cymatosiraceae
FIGURES 23–43: Cymatosirella benguelensis Dąbek & Witkowski sp. nov., Lamberts Bay, South Africa. All images originate from the holotype slide SZCZ 17497. Figs 23–33: LM images. Scale bar = 10 µm. Figs 32, 33: Living cells with plastids. Figs 34–39, 41, 42: SEM images. Figs 40, 43: TEM images. Figs 34–36: Frustule in girdle view with complete cingulum. Bands with one row of poroids (arrowhead). Fig. 37: External view of valve. Note the simple occlusions closing areolae and spines on the valve face. Figs 38, 39: Internal view of the valve and ocelluli. Fig. 40: Valve with occlusions (arrowhead) and spines (arrow). Fig. 41: Ocellulus composed of 13 porelli (3 central porelli). Figs. 42, 43: Central, bulged part of the valve face surrounded by one row of poroids and spines. Fig. 43: Detail of valve showing occlusions (arrowhead) and spines (arrow).
FIGURE 4 in Revision of the genus Polymerus (Heteroptera: Miridae) in the Eastern Hemisphere. Part 1: Subgenera Polymerus, Pachycentrum subgen. nov. and new genus Dichelocentrum gen. nov.
FIGURE 4. Left paramere of Polymerus, superior view. A, P. carpathicus; B, P. nigrita; C, P. unciniger sp. nov.; D, P. holosericeus; E, P. russatus sp. nov.; F, P. pekinensis; G, paratype of Poeciloscytus funestus; H. P. amurensis. Scale bare: 0.14 mm.
FIGURES 2–22 in Cymatosirella Dąbek, Witkowski & Sabbe gen. nov., a new marine benthic diatom genus (Bacillariophyta) belonging to the family Cymatosiraceae
FIGURES 2–22: Cymatosirella capensis (Giffen) Dąbek, Witkowski & Archibald comb. nov., Langebaan Lagoon, South Africa. Following images originate from: slide G630/2 (figs 10–15, 17), G628 (figs 3,4), G629 (figs 5–9), SZCZ 17582 (figs 18–21), SZCZ 17589 (figs 16, 22). Fig. 2: Original drawings of Malcolm H. Giffen of Cymatosira capensis (Giffen 1975). Figs 3–13: LM images. Scale bar = 10 µm. Figs 14–22: SEM images. Figs 14, 15: Frustule in girdle view with distinctly undulated outline and spines (arrowhead). Figs 16, 17: Valve view, each elevation bearing an ocellulus (arrowhead) surrounded by unperforated rim. Note the areolae with external cribra. Fig. 18: External view of the mantle and cingulum. Girdle bands are perforated by the one row of poroids (arrowhead). Fig. 19: Internal view of the mantle and areolae. Figs 20, 21: External view of ocelluli composed of porelli with small spines (arrowhead). Fig. 22: Valve surface view with hollow spines and areolae with external cribra.
FIGURE 1 in Revision of the genus Polymerus (Heteroptera: Miridae) in the Eastern Hemisphere. Part 1: Subgenera Polymerus, Pachycentrum subgen. nov. and new genus Dichelocentrum gen. nov.
FIGURE 1. Heneralised schemes of vesica and gynatrium. A, scheme of vesica in genera Proboscidocoris, Dichelocentrum gen. nov., Charagochilus and Polymerus, superior view. ab.bab—anterior branch of baso-apical sclerotised band; all—anterior left lobe; arl—anterior right lobe; as—anterior spicule; lsc—left serrate carina; mlt—medial left tubercle; mrl—medial right lobe; ms—medial spicule; pa—posterior apex of vesica; pb.bab—posterior branch of baso-apical sclerotized band; pll—posterior left lobe; ppll—postposterior left lobe; prl—posterior right lobe; ps—posterior spicule; sb—superior branch of anterior right lobe; sg—secondary gonopore; sps—superio-posterior spicule. Dashed lines subdivide vesica into anterior and posterior, right and felt parts; arrow shows anterior direction. B, scheme of sagittal section of gynatrium in Polymerus. dlp—dorsal labiate plate; ds— dorsal sac; ihf—inner horizontal fold; il—interramal lobes; is—interramal sclerite; lo—lateral oviduct; ml—medial lobe; pw—posterior wall; rs—ring sclerite; sd—seminal depository; tf—transverse fold; ts—tectal sclerite; vlp—ventral labiate plate; vs—vestibular sclerite.
FIGURE 3 in Revision of the genus Polymerus (Heteroptera: Miridae) in the Eastern Hemisphere. Part 1: Subgenera Polymerus, Pachycentrum subgen. nov. and new genus Dichelocentrum gen. nov.
FIGURE 3. Left paramere of Polymerus, left view. A, P. nigrita; B, P. unciniger sp. nov.; C, P. holosericeus; D, P. russatus sp. nov.; E, P. pekinensis; F, paratype of Poeciloscytus funestus; G. P. amurensis. Scale bare: 0.14 mm.
FIGURES 127–130. Thoracic pleural sclerites. 127. Eratomyia magnifica, gen. n in Phylogeny of the Mycetophiliformia, with proposal of the subfamilies Heterotrichinae, Ohakuneinae, and Chiletrichinae for the Rangomaramidae (Diptera, Bibionomorpha)
FIGURES 127–130. Thoracic pleural sclerites. 127. Eratomyia magnifica, gen. n., sp. n. 128. Ohakunea chilensis. 129. Cabamofa mira. 130. Colonomyia freemani, n. sp.
FIGURES 193–198. Male terminalia. 193. Cramptonomyia spenceri. 194. Eratomyia magnifica, gen. n in Phylogeny of the Mycetophiliformia, with proposal of the subfamilies Heterotrichinae, Ohakuneinae, and Chiletrichinae for the Rangomaramidae (Diptera, Bibionomorpha)
FIGURES 193–198. Male terminalia. 193. Cramptonomyia spenceri. 194. Eratomyia magnifica, gen. n., sp. n. 195. Chiletricha marginata. 196. Colonomyia brasiliana, n. sp. 197. Diadocidia sp. 198. Nervijuncta wakefeldi.
FIGURES 1–6 in Gato hyalinus gen. et sp. nov., an unusual araphid tube-dwelling diatom from Western Pacific and Caribbean islands
FIGURES 1–6: Gato hyalinus light microscopy. Figs 1–4: Live colonies and cells showing mucilage tubes and plastids. Fig. 1. Colony showing branching. A Striatella unipunctata cell (S.u.) has attached to the end of one tube and there appear to be naviculoid cells inside the tubes (some indicated by arrows). Top part of colony partially overlain by a ribbon of Hyalosira interrupta (H.i.) (GU44O-F). Fig. 2: Dividing cell in near-girdle view at apex of colony, at two focal planes. A Licmophora sp. cell (L.) is attached to the outside of the tube (GU44O-F). Fig. 3. Cell in valve view (GU44O-F). Fig. 4: Cells in valve and girdle view with some evidence of a septum (arrow) within the mucilage tube (GU44W-10). Figs 5–6: Acid cleaned valves in LM, oriented with basal pole to left. Fig. 5: Valve at two focal planes showing rimoportulae at both poles (arrows) and faint sternum (GU44Z-15). Fig. 6: Valve with two rimoportulae (arrows), sternum not visible (GU44Z-15). Scale bars: Figs 1–4 = 20 µm; Figs 5, 6 = 10 µm.
FIGURES 20–26 in Gato hyalinus gen. et sp. nov., an unusual araphid tube-dwelling diatom from Western Pacific and Caribbean islands
FIGURES 20–26: Figs 20, 21: Gato hyalinus, SEM. Fig. 20: Head pole showing end of sternum (arrow), radiating striae, and rimoportula (GU44Z-15). Fig. 21: Portion of girdle bands (internal aspect) (Puerto Rico sample). Fig. 22: Florella portoricensis, LM, acid cleaned valve (RMI-M1: 5 m deep, Mile 28, Laura, Majuro Atoll, Marshall Islands). Fig. 23: Florella pascuensis LM, acid cleaned valve, showing a rimoportula (arrow) and one of the rows of transapical slits (arrowhead) (RMI-J5: 1 m deep reef on Kabbenbock Islet, Jaluit Atoll, Marshall Islands). Figs 24–26: Licmophora spp., SEM. Fig. 24: Foot pole of Licmophora proboscidea?, external view showing areolae, rimoportula opening, and multiscissura with 5 slits (GU41D-A1). Fig. 25: Foot pole of Licmophora sp. showing internal and external details of multiscissura (11 slits) and rimoportula. Note absence of rimoportula on the valve in external view. (Palau specimen.) Fig. 26: Licmophora flabellata, internal view of apex showing an apical rimoportula at end of sternum (arrow), plus 2 additional rimoportulae along the sternum (Puerto Rico specimen). Scale bars: Fig. 22, 23 = 10 µm; Fig. 24 = 5 µm; Figs 21, 26 = 2 µm; Figs 20, 25 = 1 µm.
FIGURES 12–19 in Gato hyalinus gen. et sp. nov., an unusual araphid tube-dwelling diatom from Western Pacific and Caribbean islands
FIGURES 12–19: Gato hyalinus, SEM of valves without rimoportula at foot pole. Figs 12–14: Internal view of valve with rimoportula only at apical pole and detail of basal and apical poles (GU55A-C). Apical detail shows rimoportula at end of sternum. Basal detail shows irregular striae and rimmed pores. Figs 15, 16: External details of basal and apical poles of a valve with no basal rimoportula (GU44Z-15). Fig. 15. Basal pole shows three additional rimmed pores (arrows) interrupting transapical striae. Fig. 16: Apical pole shows rimoportula beyond the end of the sternum within the radiating striae. Figs 17, 18: Internal details of basal and apical poles of a valve with no basal rimoportula (GU44Z-15). Fig. 17: Detail of rimmed pores at the basal pole. Fig. 18: Detail of additional rimmed pore. Fig. 19: Detail of areolae along a fracture through the valve (Puerto Rico sample). Scale bars: Fig. 12 = 10 µm; Figs 13–16 = 5 µm; Figs 17, 18 = 1 µm; Fig. 19 = 500 nm.
FIGURES 7–11 in Gato hyalinus gen. et sp. nov., an unusual araphid tube-dwelling diatom from Western Pacific and Caribbean islands
FIGURES 7–11: Gato hyalinus, SEM of valves with rimoportula at foot pole. Figs 7, 8: External view of valve and detail of basal pole showing external opening of rimoportula (arrow Fig. 8, also showing apical rimoportula opening, arrow in Fig. 7) and the two rows of rimmed pores with associated oblique striae ("cat's whiskers"). Fig. 9: Internal view of valve with rimoportulae at both poles (GU44P-B). Figs 10, 11: Details of basal pole with rimoportula in external and internal views (Puerto Rico sample). Scale bars: 7, 9 = 10 µm; 8 = 5 µm; 10, 11 = 2 µm.
FIGURE 3. Notodysiferus dhondtae, n. gen., n in A new genus and new species of soft coral (Octocorallia: Alcyonacea: Alcyoniidae) from the south western region of Australia
FIGURE 3. Notodysiferus dhondtae, n. gen., n. sp., holotype: A, surface of a decalcified portion of the polypary; B, sclerites of the surface of the lobes; C, sclerites of the interior of the lobes. Abbreviations: au aperture = aperture of retracted autozooids; canals = subsurface canal system; siph = siphonozooids.
FIGURE 2. Notodysiferus dhondtae, n. gen., n in A new genus and new species of soft coral (Octocorallia: Alcyonacea: Alcyoniidae) from the south western region of Australia
FIGURE 2. Notodysiferus dhondtae, n. gen., n. sp., holotype: AD, colony fragments; E, subsurface aspect of a decalcified tangential section through a papillate siphonozooid area; F, a papillate siphonozooid area. Abbreviations: au aperture = aperture of retracted autozooid; canals = subsurface canal system; coen = coenenchyme; siph = siphonozooids; siph papillae = papillae housing siphonozooids.
FIGURE 1 in Annea gen. nov. (Detarieae, Caesalpinioideae, Leguminosae): a home for two species long misplaced in Hymenostegia sensu lato
FIGURE 1. Distribution of the genus Annea. Collecting localities of A. afzelii and A. laxiflora are denoted by green and red dots respectively.
FIGURE 2. Annea afzelii. A in Annea gen. nov. (Detarieae, Caesalpinioideae, Leguminosae): a home for two species long misplaced in Hymenostegia sensu lato
FIGURE 2. Annea afzelii. A: Flowering branch; B: Bud enclosed in petaloid bracteoles, their adaxial surfaces touching; C: Flower; D: Flower to show position of persistent petaloid bracteoles; E: Flower with calyx removed to show conspicuous adaxial and lateral petals and rudimentary abaxial petals; F: Leaf to show winged rachis and disparity in size between upper and lower leaflet pairs; G: Pod to show shape, absence of indumentum and unwinged upper suture. A. – E. Polhill 5218; F. Bruneau 1082; G. Carvalho 4338.
FIGURE 3 in Gabonius gen. nov. (Leguminosae, Caesalpinioideae, Detarieae), a distant cousin of Hymenostegia endemic to Gabon
FIGURE 3. Potential distribution of Gabonius ngouniensis according to our species distribution model. The habitat suitability value 0.3594 corresponds to the 10th percentile training presence threshold as applied to generate a presence/absence distribution map.
FIGURE 1 in Gabonius gen. nov. (Leguminosae, Caesalpinioideae, Detarieae), a distant cousin of Hymenostegia endemic to Gabon
FIGURE 1. Flowering branch of Gabonius ngouniensis (photographs by L.J.G. van der Maesen) with close up of inflorescence (upper) to show petal development, shape and colour in an opened flower.
FIGURE 3. Annea laxiflora A in Annea gen. nov. (Detarieae, Caesalpinioideae, Leguminosae): a home for two species long misplaced in Hymenostegia sensu lato
FIGURE 3. Annea laxiflora A: Flowering branch; B: Close up of flower; C: Fallen flower to show post-mature petal colour change. A–C. M'Boungou 398. Photographer Xander van der Burgt.
FIGURE 2 Pentatrocha gigantea n. gen., n in Diversity of cryptic Metazoa in Australian freshwaters: a new genus and two new species of sessile rotifer (Rotifera, Monogononta, Gnesiotrocha, Flosculariidae)
FIGURE 2 Pentatrocha gigantea n. gen., n. sp., trophi SEM pictures. 2a: frontal, detail; 2b: frontal, 2c: caudal view. Scale bars: 10 µm.
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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.