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FIGURES 3–14 in Taxonomic transfer of the red algae Chrysymenia enteromorpha and C. wrightii to the genus Botryocladia (Rhodymeniaceae, Rhodymeniales)
FIGURES 3–14. Botryocladia enteromorpha (Harvey) W.E. Schmidt, C. Lozada-Troche, D.L. Ballantine et Fredericq, comb. nov. Vicinity of the Florida Middle Grounds: Figs. 2, 12–13.LAF-NSF-III-7-9-06-9-2, Fig. 3. LAF-NSF-III-7-5-06-3-7. Campeche Banks: Figs. 4–10, LAF-NSF-II-78-3, Fig. 11. LAF-NSF-II-96-21. 3) Habit of female gametophyte with cystocarps. Scale bar 2 cm. 4) Habit of non-reproductive thallus. Scale bar 1 cm. 5) Surface view of young branch on main axis with constricted base (arrow). Scale bar 40 μm. 6) Surface view of mature specimen with nearly complete cortication. Scale bar 40 μm. 7) Surface view of younger specimen with incomplete cortication except for glandiferous cells bearing gland cells (arrow). Scale bar 40 μm. 8) Surface view of medullary, glandiferous, and gland cells (arrow). Scale bar 40 μm. 9) Cross section through vesicle wall with glandiferous cell bearing three gland cells (arrow). Scale bar 40 μm. 10) Cross section through holdfast. Scale bar 0.5 mm. 11) Organization of cortical and medullary cells in holdfast cross section. Scale bar 100 μm. 12) Surface view of cortex with cruciately divided tetrasporangia (arrowhead). Scale bar 40 μm. 13) Surface view of pericarp ostiole topping carposporophyte. Scale bar 100 μm. 14) Longitudinal section through carposporophyte. Scale bar 100 μm.
FIGURES 15–22 in Taxonomic transfer of the red algae Chrysymenia enteromorpha and C. wrightii to the genus Botryocladia (Rhodymeniaceae, Rhodymeniales)
FIGURES 15–22. Botryocladia wrightii (Harvey) W.E. Schmidt, D.L. Ballantine et Fredericq, comb. nov., from Henashi, Aomori-ken, Japan, MY 18-054. 15) Habit of non-reproductive plant. 16) Surface view of thallus showing complete cortication. Scale bar 40 μm. 17) Cross section through mid thallus region showing pigmented cortical cells and hyaline medullary cells. Scale bar 40 μm. 18) Cross section through middle portion of thallus region, showing irregular gland cell (arrowhead) on modified glandiferous medullary cell. Scale bar 40 μm. 19) Cross section through mid thallus region showing cortical cells, and medullary cell giving rise to internal filament (arrow). Scale bar 40 μm. 20) Medullary cell and internal filament (arrows). Scale bar 40 μm. 21) Cross section through middle part of holdfast showing cortical cells and medullary cells with dense aggregations of internal filaments. Scale bar 0.25 mm. 22) Internal medullary filaments in mid holdfast region, with pit-connection (arrowhead) linking one cell to a large medullary cell. Scale bar 40 μm.
FIGURES 23–30 in Taxonomic transfer of the red algae Chrysymenia enteromorpha and C. wrightii to the genus Botryocladia (Rhodymeniaceae, Rhodymeniales)
FIGURES 23–30. Botryocladia occidentalis from Bocas del Toro, Panama, LAF-8-17-09-1-10. 23). Habit of specimens in situ. Scale bar 2 cm. 24) Habit of female gametophyte with cystocarps. Scale bar 1 cm. 25). Cross section through axis. Scale bar 50 μm. 26) Surface view of vesicle with complete cortication. Scale bar 50 μm. 27) Cross section through vesicle showing cortical and medullary cell layers. Scale bar 25 μm. 28) Surface view of medullary cells bearing gland cells (arrows). Scale bar 50 μm. 29) Cross section through vesicle showing gland cells (arrows) borne on unmodified medullary glandiferous cells. Scale bar 50 μm. 30) Raised carposporophyte (arrow)
FIGURE 2. Pleroma setosociliatum, photos from a in The recognition of Tibouchina setosociliata Cogn. (Melastomataceae, Melastomeae) and its transfer to Pleroma D. Don
FIGURE 2. Pleroma setosociliatum, photos from a dried specimen (Meyer et al. 1892 at UPCB). A: Branch. B: Leaf (adaxial surface). C. Bract (abaxial surface). D. Floral bud. E. Stamens. F. Gynoecium. G. Fruit.
FIGURE 1 in The recognition of Tibouchina setosociliata Cogn. (Melastomataceae, Melastomeae) and its transfer to Pleroma D. Don
FIGURE 1. Distribution Map for Pleroma setosociliatum, and related species; Pleroma setosociliatum as yellow circles, T. reitzii as blue squares and T. dubia as red asterisks. The red question mark indicates that the type of T. dubia came from São Paulo, but the precise locality is unknown. SP: state of São Paulo; PR: Paraná; SC: Santa Catarina; RS: Rio Grande do Sul.
FIGURE 3. Pleroma setosociliatum photos. A in The recognition of Tibouchina setosociliata Cogn. (Melastomataceae, Melastomeae) and its transfer to Pleroma D. Don
FIGURE 3. Pleroma setosociliatum photos. A: Habit. B: Leaves. C: Pentamerous flower. D: Hexamerous flower. E: High-elevation grasslands (campos de altitude) of "Serra Quiriri", place of occurrence of the species.
FIGURE 3 in Contributions to the taxonomy of Rhyncholacis (Podostemaceae): Evidence of monophyly, description of a new species, and transfer of the monotypic Macarenia
FIGURE 3. Habitat and leaves of Rhyncholacis paulana. A. The small river (Igarapé do Torrão) where the species occurs showing the disturbed nature of the habitat, new bridge (BR 156) in background and foundation of old bridge in foreground. Died-back plants of R. paulana are evident along margins of river. B. Three complete leaves of R. paulana; upper and lower leaves are mature, small middle leaf is immature (scale = 5 cm).
FIGURE 1 in Contributions to the taxonomy of Rhyncholacis (Podostemaceae): Evidence of monophyly, description of a new species, and transfer of the monotypic Macarenia
FIGURE 1. Maximum likelihood (ML) topology of Podostemaceae inferred from a three-gene matrix (ntax = 40; 2340 bps). ML bootstrap percentages ≥ 50 are indicated above each branch. Specimen collector initials and collection numbers are given after the taxon names (see Appendix 1 for full voucher information).
FIGURE 2 in Nuttall's species of Sphaeromeria transferred to Artemisia (Asteraceae): a new combination and comments on typifications
FIGURE 2. Original specimens (isolectotypes) of Sphaeromeria capitata Nutt. [now Artemisia capitata (Nutt.) Sòn. Garcia et al.], barcode numbers KW001002852 (top) and KW001002853 (bottom), Turczaninow memorial herbarium at KW. The central plant of KW001002853 is Sphaeromeria argentea Nutt. [now Artemisia nuttallii (Torr. & A. Gray) Mosyakin, L.M. Shultz, and G.V. Boiko].
FIGURE 1 in Nuttall's species of Sphaeromeria transferred to Artemisia (Asteraceae): a new combination and comments on typifications
FIGURE 1. Original specimen (isolectotype) of Sphaeromeria argentea Nutt. [now Artemisia nuttallii (Torr. & A. Gray) Mosyakin, L.M. Shultz, and G.V. Boiko], barcode number KW001002843, Turczaninow memorial herbarium at KW.
FIGURES 23–26. Petroplacus pantocsekii, SEM. 23, 24 in Notes on the genus Petroplacus (Bacillariophyceae) with new nomenclature transfer
FIGURES 23–26. Petroplacus pantocsekii, SEM. 23, 24. Details of internal valve view showing thickened raphe sternum. 24. Distal raphe ending with elongated helictoglossa (arrow). 25, 26. Internal striae arrangement in intact (25) and corroded (26) specimens showing moniliform 'flaps' coalesced together and sunk into the shallowed canals between virgae.
FIGURES 1–15 in Notes on the genus Petroplacus (Bacillariophyceae) with new nomenclature transfer
FIGURES 1–15. Petroplacus pantocsekii, LM. 1–6, 8–15. Specimens from Rybinsk reservoir showing the size diminution series. 7. The figure designated as lectotype depicting specimen from original material, Lake Onega, phot. by Wislouch and Kolbe (1916).
FIGURES 16–22. Petroplacus pantocsekii, SEM. 16 in Notes on the genus Petroplacus (Bacillariophyceae) with new nomenclature transfer
FIGURES 16–22. Petroplacus pantocsekii, SEM. 16. External valve view showing raphe branches with expanded central pores and straight terminal fissures unilaterally deflected (arrows). 17. Internal valve view showing thickened raphe sternum and central area. 18. Detail of external view of the valve center showing transversely elongated central area, proximal raphe endings with expanded central pores, and radial pattern of uniseriate striae; intercalary stria is visible (arrow). 19. Internal valve view showing thickened central nodule, straight proximal raphe endings (black arrows) connected by longitudinal depression (white arrow). 20–22. External proximal raphe endings lying in spatulate grooves and accompanied by lips-like structure.
FIGURE 1 in Massonia visseriae (Asparagaceae, Scilloideae): rediscovery of a neglected species of Neobakeria and its transfer to Massonia
FIGURE 1. Massonia visseriae (P.E.Barnes) Mart.-Azorín et al. in habitat E of Lambert's Bay (type locality) on 23 July 2016 (A, B) and in cultivation from the type locality grown at the University of Alicante on 25 October 2017 (C–G). A. Plant in fruit showing longitudinally striate leaves with elongated pustules with trichomes; B. Plants with smooth and pustulate leaves cooccuring; C. Elongated emergences with trichomes of different lengths; D. Inflorescence, lateral view; E. Inflorescence, apical view; F. Flowers, lateral view; G. Dissected flowers, lateral view. Scale bars, C: 0.5 mm; D–G: 1 cm.
Simple, highly-stable transfer cavity for laser stabilization based on a carbon-fiber reinforced polymer spacer
<p>Data corresponding to the article "Simple, highly-stable transfer cavity for laser stabilization based on a carbon-fiber reinforced polymer spacer"</p>
Fig. 2 in Transfer of Cotula alpina to the genus Leptinella (Asteraceae: Anthemideae)
Fig. 2. Maximum-likelihood phylogeny of concatenated Angiosperms353 target-capture data of Australian native and introduced Anthemideae species, rooted on three representatives of related tribes. Numbers above branches are UltraFast Bootstrap values. Identifiers starting with ERR and SRR are Sequence Read Archive accession numbers of data published by PAFTOL; the five-digit identifier 80092 is a Genomics for Australian Plants sample number, with sequence reads published in the Bioplatforms Australia Data Portal (data.bioplatforms.com); identifiers starting with CANB or CBG are herbarium accession numbers of specimens sequenced specifically for this study. Red text indicates current circumscription of Cotula, blue text is Leptinella, and bold text indicates species indigenous to Australia, including Macquarie Island. Scale bar indicates estimated substitutions per site.
Fig. 1 in Transfer of Cotula alpina to the genus Leptinella (Asteraceae: Anthemideae)
Fig. 1. Six of the nine Australian indigenous representatives of Asteraceae subtribe Cotulinae and state or territory where the photograph was taken. (a) Cotula alpina (Hook.f.) Hook.f., New South Wales. (b) Leptinella filicula (Hook.f.) Hook.f., New South Wales. (c) Leptinella reptans (Benth.) D.G.Lloyd & C.J.Webb, Tasmania. (d) Leptinella longipes Hook.f., New South Wales. (e) Cotula australis (Sieber ex Spreng.) Hook.f., Australian Capital Territory. (f) Cotula cotuloides (Steetz) Druce, Western Australia. Note procumbent, stoloniferous, and rosette-and-scape 'Leptinella' habit in a–d and upright to ascending 'Cotula' habit with branched, leafy aerial stems in e, f. All photos were taken by the first author.
Transferability of Atom-Based Neural Networks Datasets
<p>This repository contains the datasets used in our article "Transferability of Atom-Based Neural Networks".</p> <p>The datasets are in the extxyz format, which can be used to train NequIP models. </p> <p>The extended xyz files contain all necessary information for the training of the models. The first four columns contain the xyz representation (Ångstrom), while the last column contains the atomic energies (kcal/mol), computed using either the AO-based EDA or MO-based IBO/IAO decomposition scheme. The total atomization energy (kcal/mol) is in the line below the number of atoms.</p> <p>The files are named as {dataset}_{decomp}.xyz.</p>
Molecular dynamics simulation: The process of phosphate transfer from fructose-1,6-bisphosphate to phosphoglycerate mutase 1
<p><span>Molecular dynamics (MD) simulations were performed to investigate the dynamic process of the binding and phosphorylation of PGAM1 by FBP. </span></p>
FIGURE 7–11. Tuberolamia andicola Breuning, 1940 in Revision and transfer of Neotropical genera of the tribe Morimopsini Lacordaire, 1869 (Coleoptera: Cerambycidae): new species, redescription, taxonomic notes, and species key
FIGURE 7–11. Tuberolamia andicola Breuning, 1940, female: 7, dorsal habitus; 8, ventral habitus; 9, lateral habitus; 10, head, frontal view; 11, detail elytral tubercles, lateral view.
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.