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1,036 results for “Modernism”
FIGURES 14–16 in A revision and addition to Zopheridae (Coleoptera: Tenebrionoidea) in Baltic amber: possible connections between modern Holarctic distributions and Eocene 'amber forests'
FIGURES 14–16. Lasconotus tenebrisilvarum sp. nov., holotype, No. RSKM_PAL_A73 [RSM]: 14— habitus, left lateral view; 15—habitus, frontal view; 16— details of head and thorax, ventral view. Abbreviations: a1–a11—antennomeres 1–11, respectively; pp—prosternal process; tmp—terminal maxillary palpomere. Scale bars = 0.5 mm for Figs 14 and 15; 0.25 mm for Fig. 16.
FIGURES 9–10 in A revision and addition to Zopheridae (Coleoptera: Tenebrionoidea) in Baltic amber: possible connections between modern Holarctic distributions and Eocene 'amber forests'
FIGURES 9–10. Paha vanivanitatum sp. nov., holotype, No. ACAB 064 [ACAB]: 9—details of forebody, dorsal view; 10— prothorax, ventral view. Abbreviations: a2–a10—antennomeres 2–10 respectively; lc—longitudinal carina; pc—procoxa; pf— profemur; pp—prosternal process; pt—protibia. Scale bars = 0.2 mm.
FIGURES 1–2 in A revision and addition to Zopheridae (Coleoptera: Tenebrionoidea) in Baltic amber: possible connections between modern Holarctic distributions and Eocene 'amber forests'
FIGURES 1–2. Usechus andrushchenkoi sp. nov., holotype, No. KAM 8820 [KRAM]: 1—habitus, dorsal view; 2—habitus, ventral view. Scale bars = 1.0 mm.
FIGURES 7–8 in A revision and addition to Zopheridae (Coleoptera: Tenebrionoidea) in Baltic amber: possible connections between modern Holarctic distributions and Eocene 'amber forests'
FIGURES 7–8. Paha vanivanitatum sp. nov., holotype, No. ACAB 064 [ACAB]: 7—habitus, dorsal view; 8—habitus, ventral view. Scale bar = 0.5 mm.
FIGURES 11–13 in A revision and addition to Zopheridae (Coleoptera: Tenebrionoidea) in Baltic amber: possible connections between modern Holarctic distributions and Eocene 'amber forests'
FIGURES 11–13. Lasconotus tenebrisilvarum sp. nov., holotype, No. RSKM_PAL_A73 [RSM]: 11—habitus, dorsal view; 12—habitus, ventral view; 13—habitus, right lateral view. Scale bar = 0.5 mm.
FIGURES 5–6 in A revision and addition to Zopheridae (Coleoptera: Tenebrionoidea) in Baltic amber: possible connections between modern Holarctic distributions and Eocene 'amber forests'
FIGURES 5–6. Coxelus carstengroehni sp. nov., holotype, No. 5208 [GPIH]: 5—habitus, dorso-lateral view; 6—habitus, ventral view. Scale bar = 0.5 mm.
Modern-Botok. Custom dictionary for modern Tibetan
<p>Tsikchen.tsv is a customised dictionary to be integrated into the Tibetan tokenizer <a href="https://github.com/OpenPecha/Botok">BoTok</a>. BoTok can tokenize classical Tibetan text or traditional genres out of the box. However, since it depends on a dictionary for tokenization, it lacks capabilities for modern Tibetan, in particular, the language of modern newspapers published in the PRC or on the subcontinent. Adding this customised dictionary adds functionality for modern Tibetan to BoTok.</p> <p>The custom dictionary tsikchen was compiled from <a href="https://github.com/christiansteinert/tibetan-dictionary/tree/master/_input/dictionaries/public">Christian Steinert's collection</a> and contains the following dictionaries:</p> <ol> <li> <ol> <li>Grand Monlam Dictionary (default dictionary of Botok)</li> <li><a href="https://github.com/christiansteinert/tibetan-dictionary/blob/master/_input/dictionaries/public/07-JimValby">Jim Valby</a></li> <li><a href="https://github.com/christiansteinert/tibetan-dictionary/blob/master/_input/dictionaries/public/08-IvesWaldo">Ives Waldo</a></li> <li><a href="https://github.com/christiansteinert/tibetan-dictionary/blob/master/_input/dictionaries/public/09-DanMartin">Dan Martin</a></li> <li><a href="https://github.com/christiansteinert/tibetan-dictionary/blob/master/_input/dictionaries/public/25-tshig-mdzod-chen-mo-Tib">Tshig mdzod chen mo</a></li> <li><a href="https://github.com/christiansteinert/tibetan-dictionary/blob/master/_input/dictionaries/public/34-dung-dkar-tshig-mdzod-chen-mo-Tib">Dung dkar</a></li> <li><a href="https://github.com/christiansteinert/tibetan-dictionary/blob/master/_input/dictionaries/public/48-TibTermProject">Tibetan Terminology Project</a></li> </ol> </li> </ol> <p>The resulting dictionary was cleaned up and edited by the Divergent Discourses project to the project's requirements (removal of double entries, phraseologisms, ungrammatical entries, etc; addition of ca. 1000 personal and place names).</p> <p>For its installation, see the Divergent Discourses' <a href="https://github.com/Divergent-Discourses/modern-botok">modern-botok</a> repository on github.</p>
Using 2D dental geometric morphometrics to identify modern Perognathus and Chaetodipus specimens (Rodentia, Heteromyidae)
<p></p><p>The Heteromyidae (pocket mice and kangaroo rats) are a group of extant small rodents abundant in western North America, as well as in fossil assemblages over the last 20 million years. Two genera of heteromyids, Chaetodipus and Perognathus, share similar tooth morphology and teeth are the primary fossil remains. Previous genetic studies show these extant sister genera likely diverged in the middle Miocene (~16 million years ago); however, the Chaetodipus fossil record starts in the Pleistocene (~2 million years ago). In this study, we asked whether two-dimensional geometric morphometrics on complete dentition and isolated premolars can accurately identify Chaetodipus and Perognathus specimens at the genus and species level. We landmarked the occlusal surface of the upper and lower tooth rows of modern Chaetodipus (n = 83) and Perognathus specimens (n = 80), including 12 of the 26 extant species across the two genera. We ran a canonical variates analysis to investigate whether principal component variation could predict known taxonomic identifications. The morphospace using complete dentition can identify specimens to genus with 90 – 92% accuracy and to species with more variable accuracy. We found an isolated premolar provides sufficient information for genus-level identification (69 – 84% accuracy), but not for species-level identification (26 – 56% accuracy). This morphospace of modern specimens can be used to identify the skeletal remains of Chaetodipus and Perognathus in museum collections, raptor pellets, or middens, to refine our existing knowledge of heteromyid evolutionary history.</p><p></p>
FIGURE 13. Ficus morobensis C.C.Berg. A in Modern sequels to the Kaiserin-Augusta-Fluss itinerary of Carl Ledermann: floristic discoveries from the upper Sepik of Papua New Guinea
FIGURE 13. Ficus morobensis C.C.Berg. A, leaves with detached fig cluster; B, apical view of the fruits, showing ostiole bracts and discolorous lenticels on receptacle; C, longitudinally-sectioned figs. A–C from Takeuchi & Ama 22071.
FIGURE 11. Inocarpus ademanus W.N.Takeuchi. A in Modern sequels to the Kaiserin-Augusta-Fluss itinerary of Carl Ledermann: floristic discoveries from the upper Sepik of Papua New Guinea
FIGURE 11. Inocarpus ademanus W.N.Takeuchi. A, aspect; B, fruits are ferruginous-hairy and conspicuously galled. A–B from Takeuchi, Towati & Ama 17766.
FIGURE 10. Archidendron calliandrum deWit. A in Modern sequels to the Kaiserin-Augusta-Fluss itinerary of Carl Ledermann: floristic discoveries from the upper Sepik of Papua New Guinea
FIGURE 10. Archidendron calliandrum deWit. A, dehisced legume—seeds (in vivo) are cobalt blue, glaucous, 41–43 × 25–27 mm, turning jet black after drying. A from Takeuchi & Ama 21911.
FIGURE 7. Archidendron calliandrum deWit. A in Modern sequels to the Kaiserin-Augusta-Fluss itinerary of Carl Ledermann: floristic discoveries from the upper Sepik of Papua New Guinea
FIGURE 7. Archidendron calliandrum deWit. A, leaf rachis (vertical axis), glands are inconspicuous or absent; B, leaves, pinnae 2- jugate. A–B from Takeuchi & Ama 21911.
FIGURE 8. Archidendron calliandrum deWit. A in Modern sequels to the Kaiserin-Augusta-Fluss itinerary of Carl Ledermann: floristic discoveries from the upper Sepik of Papua New Guinea
FIGURE 8. Archidendron calliandrum deWit. A, pre-anthetic cauline panicles; B, umbelliform flower buds. A–B from Takeuchi, Wiakabu & Ama 21964.
FIGURE 5. Marsdenia ambuntiensis P.I.Forst. A in Modern sequels to the Kaiserin-Augusta-Fluss itinerary of Carl Ledermann: floristic discoveries from the upper Sepik of Papua New Guinea
FIGURE 5. Marsdenia ambuntiensis P.I.Forst. A, flowering branchlet (compare with Forster 1995: 892, Fig. 67); B, closer view of anthetic flowers. A–B from Takeuchi & Ama 22218.
FIGURE 2. Ambunti. Photo montage from a in Modern sequels to the Kaiserin-Augusta-Fluss itinerary of Carl Ledermann: floristic discoveries from the upper Sepik of Papua New Guinea
FIGURE 2. Ambunti. Photo montage from a vantage point (see Fig. 1B) directly above the end of the airstrip. A, Waskuk lies behind the background ridgeline; B, former riverbank location of Hauptlager Malu; C, Malu—the eponymous village extends for ca. 2 km downstream from Ambunti. At least 16 Augustafluss species have the epithet "maluensis" or "maluense" in recognition of their discovery from this site. A facing upriver (southwest); B–C facing downriver (east).
FIGURE 9. Archidendron calliandrum deWit. A in Modern sequels to the Kaiserin-Augusta-Fluss itinerary of Carl Ledermann: floristic discoveries from the upper Sepik of Papua New Guinea
FIGURE 9. Archidendron calliandrum deWit. A, the pendulous fruits are produced from woody callosities on the bole and lower branches; B, main trunk. A–B from Takeuchi, Towati, Jisaka & Ama 17235.
FIGURE 1 in Modern sequels to the Kaiserin-Augusta-Fluss itinerary of Carl Ledermann: floristic discoveries from the upper Sepik of Papua New Guinea
FIGURE 1. Ambunti (16 March 2011). Foreground: Sepik River (Augustafluss). A, Lagerberg (Mt. Townsend); B, Ambunti airstrip, currently served by Cessna 206 and Twin Otter aircraft of Missionary Air Fellowship; C, Hauptlager Malu.
FIGURE 6. Marsdenia lorea S.Moore. A in Modern sequels to the Kaiserin-Augusta-Fluss itinerary of Carl Ledermann: floristic discoveries from the upper Sepik of Papua New Guinea
FIGURE 6. Marsdenia lorea S.Moore. A, staminal corona; B, side view of flower; C, aspect, flowering raceme and one immature fruit. Compare with Forster 1995: 832–833, Figs. 7–8. A–C from Takeuchi, Towati, Jisaka & Ama 17302.
FIGURE 4 in Modern sequels to the Kaiserin-Augusta-Fluss itinerary of Carl Ledermann: floristic discoveries from the upper Sepik of Papua New Guinea
FIGURE 4. Waskuk riverine communities. The vegetation scrolling is characteristic of meanders, with seral growth arrayed in continuous arcs reflecting stepwise movements in the riverbed. The backswamps between forest scrolls are infested with crocodiles.
FIGURE 3 in Modern sequels to the Kaiserin-Augusta-Fluss itinerary of Carl Ledermann: floristic discoveries from the upper Sepik of Papua New Guinea
FIGURE 3. The Waskuk Hills loom above alluvial swamps of the Sepik Plain. A, Ambunti is behind the summit crestline. Large areas on the flatland have been proposed for road construction and conversion to oil palm plantation.
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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.