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FIGURE 5 in Taxonomy and evolutionary diversification of the Central European endemic Spergularia echinosperma (Caryophyllaceae)
FIGURE 5. Distribution map of the black-seeded (circles) and brown-seeded (crosses) morphotypes of Spergularia echinosperma. Populations used for morphometric analyses are highlighted in gray. The dashed lines denote the main European drainage divides.
FIGURE 1. A in Taxonomy and evolutionary diversification of the Central European endemic Spergularia echinosperma (Caryophyllaceae)
FIGURE 1. A typical seed of the brown-seeded (A) and black-seeded (B) morphotypes of Spergularia echinosperma.
FIGURE 4 in Taxonomy and evolutionary diversification of the Central European endemic Spergularia echinosperma (Caryophyllaceae)
FIGURE 4. Classification tree of the individuals of the black-seeded and brown-seeded morphotype of Spergularia echinosperma. If a character value matches the classification rule, the determination continues to the left branch, otherwise to the right branch. Lengths of the branches correspond to the relative discriminatory powers of the respective rules. The group names at the terminal nodes indicate the predicted classification of a particular node, whereas the numbers separated by slashes indicate actual membership of samples classified to a particular node (black/brown).
FIGURE 3 in Taxonomy and evolutionary diversification of the Central European endemic Spergularia echinosperma (Caryophyllaceae)
FIGURE 3. Distribution of the canonical scores from CDA for the black-seeded (black) and brown-seeded (white) morphotypes of Spergularia echinosperma.
FIGURE 7 in Taxonomy and evolutionary diversification of the Central European endemic Spergularia echinosperma (Caryophyllaceae)
FIGURE 7. Characters measured on the seeds (A) and surface papillae (B). The black curved line specifies the part of the seed circumference where the density of papillae was determined. The longitudinal border of this part is a plane halving the vector of maximal seed length and perpendicular to it (indicated by a dotted line). The character PapRat was computed by dividing the width of the papilla head by the width of the neck.
FIGURE 4 in Nomenclatural novelties and typifications in Spinopalmoxylon, Sapindoidea and Carpolithes (fossil Magnoliidae) from central European Paleogene and Neogene
FIGURE 4. Carpolithes mettenii (Unger) Winterscheid; Bad Salzhausen near Nidda in Vogelsberg, middle Miocene (Langhian) [A– K]; and former open-cast mine "Ribbertwerk" near Hermühlheim, lower Miocene (Burdigalian) [L–P]. A–E. Neotype of Carpolithes mettenii [MB.Pb.2005/0705.1]. A–D. Lateral views. E. Apical view. F. Syntypes of Carpolithes mettenii [MB.Pb.2005/0705.2–13]. G–H. Original collection-labels. I. Syntypes illustrated in Ludwig (1860: pl. 60, figs 2a–f, as Trapa globosa R. Ludwig). K. Syntypes illustrated in Kirchheimer (1936: pl. 11, fig. 2b, as Spondiaecarpum turbinatum Menzel). L–P. Lectotype of Spondiaecarpum turbinatum [MB. Pb.2004/1100.1]. L–O. Lateral views. P. Apical view. A–E, L–P. Scale bar = 2 mm. F, I, K. Scale bar = 20 mm.
FIGURE 2 in Nomenclatural novelties and typifications in Spinopalmoxylon, Sapindoidea and Carpolithes (fossil Magnoliidae) from central European Paleogene and Neogene
FIGURE 2. Spinopalmoxylon teutonicum (R.Ludw.) Winterscheid; Laubach near Giessen (Germany); middle Miocene (Langhian) brown coal of intravolcanic sediment deposits. A–C. Groups of spines on spathaceous bracts (A, B) and leaf sheaths (C). A. Neotype of Palaeospathe daemonorops [MB.Pb.1980/0296]. B. Syntype [MB.Pb.2016/1652]. C. Syntype [MB.Pb.2016/1654]. D. Isolated groups of spines of the lectotype [MB.Pb.2005/0214.1] (left) and syntype [MB.Pb.2005/0214.2] (right) of Chamaerops teutonica, and original collection-label. Scale bars = 20 mm.
FIGURE 3 in Nomenclatural novelties and typifications in Spinopalmoxylon, Sapindoidea and Carpolithes (fossil Magnoliidae) from central European Paleogene and Neogene
FIGURE 3. Sapindoidea margaritifera (R.Ludw.) Kirchh. and S. globosa (R.Ludw.) Kirchh.; Bad Salzhausen near Nidda in Vogelsberg; middle Miocene (Langhian). A. Sapindoidea margaritifera (R.Ludw.) Kirchh., lectotype at top right [MB.Pb.2005/0696.1] and syntypes [MB.Pb.2005/0696.2–5], with original collection-label. B. Sapindoidea globosa (R.Ludw.) Kirchh., lectotype at top right [MB. Pb.2005/0689.1] and syntypes [MB.Pb.2005/0689.2–7], with original collection-label. A. Scale bar = 10 mm. B. Scale bar = 20 mm.
Proposal of Attributes for the Data Model of a European Digital Building Renovation Logbook
<p>This document serves as supplementary material to the paper "Envisaging a European Digital Building Renovation Logbook: Proposal of a Data Model", by Marta Gómez-Gil, Sara Karami, José-Paulo de Almeida, Alberto Cardoso, Almudena Espinosa-Fernández and Belinda López-Mesa. Its purpose is to complement and expand upon the methodology outlined in the paper, with a specific focus on the identification of attributes for the development of a data model for the European Digital Building Logbook, focused on renovation.</p>
FIGURES 4–10 in Euastrum kossinskiae: a new species of desmid from the aapa mire of the Vologda Region (European Russia)
FIGURES 4–10. Euastrum kossinskiae sp. nov. 4–6. Light microscopy: 4, 5 Cell in frontal view. 6 Cell in lateral view. 7–10. SEM: 7, 8 Cell in frontal view. 9 Cell in apical view. 10 Cell in lateral view. Scale bars: 4–6 = 10 μm; 7–10 = 2 μm.
FIGURE 2 in European pondweed in East Siberia: evidence of Potamogeton rutilus (Potamogetonaceae) in Yakutia (Asian Russia) with evaluation of current distribution and conservation status
FIGURE 2. Characters of Potamogeton pusillus from Yakutia (Megino-Kangalasskii district, vicinity of village Maiya, alas lake): A— shoot, B—leaf apex, C—leaf base, D—stipule.
FIGURE 1 in European pondweed in East Siberia: evidence of Potamogeton rutilus (Potamogetonaceae) in Yakutia (Asian Russia) with evaluation of current distribution and conservation status
FIGURE 1. Characters of Potamogeton friesii from Yakutia (Megino-Kangalasskii district, village Pavlovsk, lake Shkolnoe): A—shoot, B—leaf apex, C—leaf base, D—stipule.
FIGURE 4 in European pondweed in East Siberia: evidence of Potamogeton rutilus (Potamogetonaceae) in Yakutia (Asian Russia) with evaluation of current distribution and conservation status
FIGURE 4. Localities of Potamogeton rutilus in the Asian part in context of general distribution. Numbers of localities in accordance with Table 7. Dash line shows preliminary range border due to insufficient data.
FIGURE 3 in European pondweed in East Siberia: evidence of Potamogeton rutilus (Potamogetonaceae) in Yakutia (Asian Russia) with evaluation of current distribution and conservation status
FIGURE 3. Characters of Potamogeton rutilus from Yakutia (Tattinskii district, vicinities of villages Kharbalakh (A, D) and Chychymakh (B, C), lakes): A—shoot, B—leaf apex, C—leaf base, D—stipule.
FIGURES 9–12. Spores. 9, 11 in Delimitation of European Crepidotus stenocystis as different from the North American species C. brunnescens (Crepidotaceae, Agaricales)
FIGURES 9–12. Spores. 9, 11. Spores in scanning electron microscope (SEM) and in light microscope (LM) of Crepidotus stenocystis (PRM 902018, holotype). 10, 12. Spores in SEM and LM of Crepidotus brunnescens (MICH 10455, paratype). SEM photos by M. Čaplovičová and M. Kopáni, LM photos by S. Jančovičová.
FIGURES 6–8 in Delimitation of European Crepidotus stenocystis as different from the North American species C. brunnescens (Crepidotaceae, Agaricales)
FIGURES 6–8. Crepidotus brunnescens (MICH 10455, paratype). 6. Pileocystidia. 7. Cheilocystidia. 8. Basidia and basidiola. Scale bar equals 10 μm. Drawings by: S. Jančovičová.
FIGURE 2 in Delimitation of European Crepidotus stenocystis as different from the North American species C. brunnescens (Crepidotaceae, Agaricales)
FIGURE 2. Maximum likelihood reconstruction of the LSU nrDNA region with 1 000 bootstrap iterations. The tree is unrooted.
FIGURE 1 in Delimitation of European Crepidotus stenocystis as different from the North American species C. brunnescens (Crepidotaceae, Agaricales)
FIGURE 1. Maximum likelihood reconstruction of the ITS nr DNA region with 1 000 bootstrap iterations. The tree is unrooted.
FIGURES 3–5 in Delimitation of European Crepidotus stenocystis as different from the North American species C. brunnescens (Crepidotaceae, Agaricales)
FIGURES 3–5. Crepidotus stenocystis (PRM 902018, holotype). 3. Pileocystidia. 4. Cheilocystidia. 5. Basidia and basidiola. Scale bar equals 10 μm. Drawings by: S. Jančovičová.
FIGURE 3. Potential euglenophyte flagship species. A. Colacium epiphyticum. B. Trachelomonas hemisphaerica. C. Colacium minimum. D. Trachelomonas argentinensis. E. Trachelomonas magdaleniana. F. Phacus plicatus. G in African Trachelomonas saccasii found in a European mesotrophic pond (Czech Republic). Implication for euglenoid biogeography and recommendations for euglenoid flagship species
FIGURE 3. Potential euglenophyte flagship species. A. Colacium epiphyticum. B. Trachelomonas hemisphaerica. C. Colacium minimum. D. Trachelomonas argentinensis. E. Trachelomonas magdaleniana. F. Phacus plicatus. G. Lepocinclis crassicollis. Size ratio is not retained.
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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.