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1,579 results for “Baltics”
Figure 3 in Evolutionary assessment of the rove beetle subfamily Proteininae Erichson, 1839 (Coleoptera: Staphylinidae) triggered by the X-ray based description of its first fossil in Baltic amber from Denmark
Figure 3. Phylogeny and distribution of the subfamily Proteininae. Proteinini and its genera (shades of green); Austrorhysini (red); Nesoneini (orange); Silphotelini (purple) and Anepiini (yellow). Locations of Proteinus fossil studied here and Vetuproteinus from Burmese amber are indicated. The phylogenetic tree is adapted from McKenna et al. (2015).
Figure 1 in Evolutionary assessment of the rove beetle subfamily Proteininae Erichson, 1839 (Coleoptera: Staphylinidae) triggered by the X-ray based description of its first fossil in Baltic amber from Denmark
Figure 1. Proteinus sp. (NHMD-36909, Baltic amber). (A) Dorsal view. (B) Lateroventral view. (C) Ventral view. (D) Prothorax ventrally. (E) Meso- and metathorax ventrally. (F) Apical segments of abdomen. (G) Piece of Baltic amber (NHMD-36909) containing Proteinus sp. AC = antennal club; FML = forked median lobe; Gs = gular sutures; Hyp = hypomeron; LL = lateral lobe; Ms = mesosternum; MtCx = metacoxa; Mt = metasternum; Pr = prosternum; III to VIII = sternites III to VIII.
Figure 2 in Evolutionary assessment of the rove beetle subfamily Proteininae Erichson, 1839 (Coleoptera: Staphylinidae) triggered by the X-ray based description of its first fossil in Baltic amber from Denmark
Figure 2. Morphology of extant Proteinus. (A) Proteinus brachypterus (Fabricius, 1792). (B) Proteinus sp. (C) Ventral side of head of Proteinus laevigatus Hochhuth, 1872. (D) Ventral side of prothorax of Proteinus laevigatus Hochhuth, 1872. (E) Ventral side of meso- and metathorax of Proteinus laevigatus Hochhuth, 1872. (F) Apical segments of abdomen of female Proteinus laevigatus Hochhuth, 1872. FML = forked median lobe; Gs = gular sutures; Hyp = hypomeron; LL = lateral lobe; Ms = mesosternum; Mn = mentum; Mt = metasternum; Pr = prosternum; StX = sternite X. Photographs reproduced and used with permission from Aslak Kappel Hansen (2A) and Guido Bohne (2B).
Results of the study "Uncertainties and discrepancies in the representation of recent storm surges in a non-tidal semi-enclosed basin: a hind-cast ensemble for the Baltic Sea" in Ocean Science
<p>This archive stores the main results, the main scripts, and the model code of the study:</p> <p>Lorenz, M. and Gräwe, U.: Uncertainties and discrepancies in the representation of recent storm surges in a non-tidal semi-enclosed basin: a hind-cast ensemble for the Baltic Sea, EGUsphere [preprint], https://doi.org/10.5194/egusphere-2023-820, 2023.</p>
FIGURES 12–25 in Rhoicosphenia johannessoniae (Bacillariophyceae), a new diatom from the Swedish coast of the Baltic Sea
FIGURES 12–25. SEM images of the R-valve of Rhoicosphenia johannessoniae sp. nov., Fig. 12. External side of the valve, note the position of the central area towards the base pole, Fig.13. Girdle view of the valve with a cingular band attached, Fig. 14. Tilted view of the valve showing the internal side with the central nodule and the valvocopulae on the poles, Fig.15. The central nodule and raphe proximal endings, Fig. 16. External side of the head pole showing the hooked raphe distal ending which terminate on valve mantle, Fig. 17. External side showing the central area and the isolated areola inside. Fig.18. External side of the base pole with pore field and distal raphe ending. Scale bars: 5 μm (Figs 44–47), 1 μm (Figs 48, 50, 51), 0.4 μm (Fig. 49).
FIGURES 1–11 in Rhoicosphenia johannessoniae (Bacillariophyceae), a new diatom from the Swedish coast of the Baltic Sea
FIGURES 1–11. LM images of Rhoicosphenia johannessoniae sp. nov., Figs 1–5. R-valve. Figs 6–10. D-valve (note the narrowly protracted subcapitate base poles), Fig. 11. Whole frustule. Scale bar: 10 μm.
FIGURES 19–25 in Rhoicosphenia johannessoniae (Bacillariophyceae), a new diatom from the Swedish coast of the Baltic Sea
FIGURES 19–25. SEM images of the D-valve of Rhoicosphenia johannessoniae sp. nov. Fig. 19. Internal side with pseudoseptae on the poles, note the bluntly rounded base valve apex, Fig. 20. External side showing reduced raphe branches, Fig. 21. Girdle view of the valve with a cingular band attached, Fig. 22. External side of the head pole showing slit-like areolae, Fig. 23. External side of the base pole with the reduced raphe branch and pore field, Fig. 24. External side of the head pole with very short raphe branch and slit-like areolae, Fig. 25. Internal side of the base pole with pseudoseptum and raphe branch. Scale bars 5 μm (Figs 52–54), 1 μm (Figs 55–58).
FIGURES 7–9. 7. Subcosta and R1 in Redescription of Plecia borussica Meunier, 1907 from Baltic amber (Diptera, Bibionidae)
FIGURES 7–9. 7. Subcosta and R1, showing setulae on R1. GZG.BST.3396. 8. Male, terminalia, dorsolateral view. GZG. BST.3390. 9. Male, terminalia, ventral view. GZG.BST.3389.
Baltic Sea flood maps under the influence of sea-level rise, dike height increases and managed realignment
<p>The provided data was produced as part of the Ecas-Baltic project (2020 - 2023). The project is funded by the Federal Ministry of Education and Research in Germany (BMBF, funding code 03F0860H).</p><p>The dataset contains information supporting the conclusions presented in the following publication (the final, revised version of the article will be accessible via the journal webpage):</p><p>Kiesel, J., Honsel, L.E., Lorenz, M., Gräwe, U., and Vafeidis, A. T.: Raising dikes and managed realignment may be insufficient for maintaining current flood risk along the German Baltic Sea coast, <a href="https://www.nature.com/commsenv/">Communications Earth & Environment</a>, accepted for publication, 2023.</p><p> </p><p>The dataset contains:</p><p>- the flood maps containing both the maximum flood extent and maximum inundation depth at every grid cell of the coastal inundation model. The flood maps cover two sea-level rise (1 m and 1.5 m) and three adaptation scenarios (state dikes plus 1.5 m, all dikes plus 1.5 m and potential managed realignment sites including state dikes plus 1.5 m)</p><p>- the potential for physically plausible managed realignment sites along the German Baltic Sea coast</p><p>- a readme file containing further information on the datasets and related data and publications</p><p> </p><p>For methodological details we refer the reader to the publication cited above and the publication presenting the modelling setup (Kiesel et al., 2023: https://doi.org/10.5194/nhess-23-2961-2023). The previously mentioned article provides inundation maps representing the current state of adaptation in terms of dike lines and associated elevations (https://doi.org/10.5281/zenodo.7886455). The code to detect the potential physically plausible managed realignment sites is publically available from https://gitlab.com/larsenno/sumare.</p>
BALTiC Study: A Feasibility Analysis of Home Based BALance Training in People With Charcot-Marie-Tooth Disease
ClinicalTrials.gov study NCT02982343. IPD Sharing: NO. Countries: 1. Publications: 5.
Digitizing Cancer Rehabilitation During and After Systemic Treatment: Feasibility Testing Implementation in South Baltic Countries
ClinicalTrials.gov study NCT06768918. IPD Sharing: UNDECIDED. Countries: 5. Publications: 16.
The Nordic-Baltic Bifurcation Study IV
ClinicalTrials.gov study NCT01496638. IPD Sharing: Not stated. Countries: 1. Publications: 1.
Data from: The contemporary genetic pattern of European moose is shaped by postglacial recolonization, bottlenecks, and the geographical barrier of the Baltic Sea
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Data from: Oceanographic connectivity and environmental correlates of genetic structuring in Atlantic herring in the Baltic Sea
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Archival and modern DNA SNP data of 13 Baltic salmon populations
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Data from: Spatio-temporal dynamics of a fish predator: density-dependent and hydrographic effects on Baltic Sea cod population
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Data for: Higher abundance of adult pike in Baltic Sea coastal areas adjacent to restored wetlands compared to reference bays
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Data from: Testing the devil's impact on southern Baltic and North Sea basin whitefish (Coregonus spp.) diversity
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Data from: New crinoids from the Baltic region (Estonia): fossil tip-dating phylogenetics constrains the origin and Ordovician–Silurian diversification of the Flexibilia (Echinodermata)
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Data from: Genetic signs of multiple colonization events in Baltic ciscoes with radiation into sympatric spring and autumn-spawners confined to early post-glacial arrival
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Allen Brain Atlas
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International Brain Laboratory public data
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OpenNeuro
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