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FIGURE 4 in EleVational size Variation and two new species of torrent frogs from Peninsular Malaysia (Anura: Ranidae: Amolops Cope)
FIGURE 4. Boxplots representing the log-transformed and body-size adjusted morphological characters in females. Clusters with the same letter code are not significantly different (Tukey HSD test at p<0.05). Blue=E2; purple=E1; orange=Amolops larutensis.
FIGURE 7 in A new species of small, long-snouted Hypogeophis Peters, 1880 (Amphibia: Gymnophiona: Indotyphlidae) from the highest elevations of the Seychelles island of Mahé
FIGURE 7. Phylogenetic relationships of Hypogeophis montanus sp. nov. (a) 16s rRNA maximum likelihood phylogenetic tree of Seychelles caecilians. Numbers on internal branches are ML bootstrap percentages. (b) SplitsTree NeighborNet of the three diminutive, phenotypically superficially similar Hypogeophis species, inferred from standardised p-distances of the multilocus nuclear dataset. Colours refer to species designation used in Fig. 7a: blue = H. montanus sp. nov., red = H. brevis, green = H. pti.
FIGURE 5 in A new species of small, long-snouted Hypogeophis Peters, 1880 (Amphibia: Gymnophiona: Indotyphlidae) from the highest elevations of the Seychelles island of Mahé
FIGURE 5. Habitat in immediate vicinity of where type specimens of Hypogeophis montanus sp. nov. were found on Mahé. Left: Congo Rouge (type locality) at ca. 725 m elevation photographed on 20th March 2015. Right: Morne Seychellois at ca. 730 m elevation photographed on 19th September 2015.
FIGURE 6 in A new species of small, long-snouted Hypogeophis Peters, 1880 (Amphibia: Gymnophiona: Indotyphlidae) from the highest elevations of the Seychelles island of Mahé
FIGURE 6. (a) Principal coordinate analysis for all morphometric characters reported in Table 1 for Hypogeophis montanus sp. nov., H. brevis and H. pti, (b) bivariate plot showing total number of vertebrae with respect to collection site elevation for specimens of H. montanus sp. nov. and H. brevis from Mahé, (c) bivariate plot of TL vs ST–NG1 for H. montanus sp. nov., H. brevis and H. pti, (d) bivariate plot of TL vs WH for H. montanus sp. nov., H. brevis and H. pti, (e) bivariate plot of E–TA vs ST-NG1 for H. montanus sp. nov., H. brevis and H. pti. Data for H. brevis and H. pti are from Maddock et al. (2017). Colours + symbols correspond to species as follows: H. montanus sp. nov. = blue squares, H. brevis = red circles, H. pti = green triangles.
FIGURE 3 in A new species of small, long-snouted Hypogeophis Peters, 1880 (Amphibia: Gymnophiona: Indotyphlidae) from the highest elevations of the Seychelles island of Mahé
FIGURE 3. All six paratypes of Hypogeophis montanus sp. nov. from largest (top) to smallest (bottom), showing (from left to right) head and collars in dorsal and right lateral views, and posteriormost part of body in ventral view. (a) BMNH 2005.1820, (b) BMNH 2005.1822, (c) BMNH 2005.1823, (d) BMNH 2005.1821, (e) BMNH 2005.1926, (f) BMNH 2005.1927. Scale bars 2 mm.
FIGURE 1 in A new species of small, long-snouted Hypogeophis Peters, 1880 (Amphibia: Gymnophiona: Indotyphlidae) from the highest elevations of the Seychelles island of Mahé
FIGURE 1. Map showing distribution of Hypogeophis montanus sp. nov. (blue diamonds) and H. brevis (red circles) on Mahé. The dashed pink box on the full map of Mahé indicates the area that has been amplified (representing Morne Seychellois National Park).
FIGURE 31 in New species of Dugdaleiella, gen. nov., Kozloviella, gen. nov., and Pfitzneriella Viette from upper elevation Andes of Ecuador and Peru (Lepidoptera: Hepialidae)
FIGURE 31. Conceptual model for divergence of the Kozloviella-Pfitzneriella clade. 31a, original Mesozoic lowland ancestor; 31b initial divergence of upland ancestor of Kozloviella-Pfitzneriella through pre-Andean uplift by the late Cretaceous, divergence possibly also influenced by development of inland seas; 31c, divergence of extant species resulting from uplift of mountain chains of modern Andes in the Cenozoic.
FIGURE 30 in New species of Dugdaleiella, gen. nov., Kozloviella, gen. nov., and Pfitzneriella Viette from upper elevation Andes of Ecuador and Peru (Lepidoptera: Hepialidae)
FIGURE 30. Phylogenetic relationships with the Kozloviella-Pfitzneriella clade as suggested by distribution of shared derived character states. See text for key to character state numbers. Dugdaleiella placed outside the Kozloviella-Pfitzneriella clade but its sister group relationship unresolved.
FIGURES 27–29. Distribution. 27, Dugdaleiella gen. n., Kozloviella gen. n in New species of Dugdaleiella, gen. nov., Kozloviella, gen. nov., and Pfitzneriella Viette from upper elevation Andes of Ecuador and Peru (Lepidoptera: Hepialidae)
FIGURES 27–29. Distribution. 27, Dugdaleiella gen. n., Kozloviella gen. n., and Pfitzneriella locality records. 27a, Ecuador and Peru. Tectonic boundaries approximate; 27b, Dugdaleiella gen. n. and P. lucicola in Ecuador. 28, Locality records of Peruvian Pfitzneriella in relation to eastern Andean montane forests (modified from Young & León (2000) with permission by Kenneth Young). 29, Principal groups of Hepialidae in Central and South America. Phassus/Schausiana/Phthius (solid line), cibyrine genera of Hepialidae (dotted line), Dugdaleiella gen. n./Kozloviella gen. n./Pfitzneriella (pale green), Uiridigigas (red), and southern Andean genera (blue).
FIGURES 12–14. 12 in New species of Dugdaleiella, gen. nov., Kozloviella, gen. nov., and Pfitzneriella Viette from upper elevation Andes of Ecuador and Peru (Lepidoptera: Hepialidae)
FIGURES 12–14. 12, Antenna. Pfitzneriella rawlinsi sp. n. (unscaled). 13, Legs. 13a, Kozloviella viazmenskyi sp. n.; 13b, P. olafi sp. n.; 13c, P. rawlinsi sp. n.; 13d, P. titarenkoi sp. n.; 13e, P. yuliyakovalevae sp. n. 14, Metatibia. 14a, P. antonkozlovi sp. n.; 14b, P. rawlinsi sp. n.; 14c, P. titarenkoi; 14d, P. yuliyakovalevae sp. n.; 14e, P. antonkozlovi sp. n.; 14f, Dugdaleiella monticola. Photos: John Grehan (Figs 12, 14e, 14f), Carlos Mielke (Figs 13,14a–d). Scale 1 mm.
FIGURES 8–9. Voucher specimens. 8, Dugdaleiella monticola male. 8a in New species of Dugdaleiella, gen. nov., Kozloviella, gen. nov., and Pfitzneriella Viette from upper elevation Andes of Ecuador and Peru (Lepidoptera: Hepialidae)
FIGURES 8–9. Voucher specimens. 8, Dugdaleiella monticola male. 8a, LT (ZMHB); 8b, Cotopaxi, Ecuador (CMNH); 8c, Volcán Chiles, Ecuador (CMNH); 8d, male, Volcán Chiles, Ecuador (CMNH). 9, Labial palpi (male unless otherwise specified), 9a, Kozloviella viazmenskyi sp. n.; 9b, Pfitzneriella antonkozlovi sp. n.; 9c, P. rawlinsi sp. n.; 9d, P. titarenkoi sp. n.; 9e, P. yuliyakovalevae sp. n.; 9f, P. yuliyakovalevae sp. n. (female); 9g, Dugdaleiella monticola. Photos: Jane Hyland (Fig. 8), John Grehan (Figs 9a–b, d–h), and Carlos Mielke (Fig. 9c). Scale 1 mm (when present).
FIGURE 26. Collection localities. 26a–26b in New species of Dugdaleiella, gen. nov., Kozloviella, gen. nov., and Pfitzneriella Viette from upper elevation Andes of Ecuador and Peru (Lepidoptera: Hepialidae)
FIGURE 26. Collection localities. 26a–26b, Kozloviella viazmenskyi sp. n. Peru, Cerro Machete, 2,050 m; 26c, Pfitzneriella antonkozlovi sp. n., Peru, Marañon Province, 3,270 m; 26d, P. titarenkoi, sp. n. and P. yuliyakovalevae sp. n., Peru, Pampa Hermosa district, 3,380 m; 26e–26f, P. yuliyakovalevae sp. n., Peru, Pampa Hermosa district, 2,960 m. With permission by Anton Kozlov and Yuliya Kovaleva, foreground 26b, 26e, Anton Kozlov and 26f, Yuliya Kovaleva. Photos: Anton Kozlov.
FIGURES 17–25 in New species of Dugdaleiella, gen. nov., Kozloviella, gen. nov., and Pfitzneriella Viette from upper elevation Andes of Ecuador and Peru (Lepidoptera: Hepialidae)
FIGURES 17–25. Genitalia (male unless otherwise specified). 17, Kozloviella viazmenskyi sp. n. HT. 17a, ventral; 17b, lateral. 18, Pfitzneriella antonkozlovi sp. n. HT, ventral. 19, P. olafi sp. n. HT, ventral. 20, P. rawlinsi sp. n. HT, ventral. 21, P. remota HT (redrawn from Viette (1951a)). 22, P. titarenkoi sp. n. HT, ventral. 23, P. yuliyakovalevae sp. n. 23a, ventral; 23b, lateral. 24, P. yuliyakovalevae sp. n. PT female. 24a, posterior; 24b, lateral. 25, Dugdaleiella monticola. 25a, LT (ZMHB); 25b, Cotopaxi, Parque Nacional Cotopaxi. Dissection JRG 136 (CMNH). sa = saccus, fs = fultura superior, fi = fultura inferior, as = apodemal suture. Scale 1 mm (when present). Photos: Carlos Mielke (Figs 17–20, 22–25b).
FIGURE 10 in New species of Dugdaleiella, gen. nov., Kozloviella, gen. nov., and Pfitzneriella Viette from upper elevation Andes of Ecuador and Peru (Lepidoptera: Hepialidae)
FIGURE 10. Wing venation (male unless otherwise specified). 10a, Kozloviella viazmenskyi sp. n.; 10b, P. antonkozlovi sp. n.; 10c, P. olafi sp. n.; 10d, P. rawlinsi sp. n.; 10e, P. remota (from photo only, venation incomplete due to damaged condition of HT); 10f, P. yuliyakovalevae sp. n.; 10g, P. yuliyakovalevae sp. n. (female); 10h, Dugdaleiella monticola.
FIGURES 15–16. Tergosternal connection. 15a in New species of Dugdaleiella, gen. nov., Kozloviella, gen. nov., and Pfitzneriella Viette from upper elevation Andes of Ecuador and Peru (Lepidoptera: Hepialidae)
FIGURES 15–16. Tergosternal connection. 15a, Kozloviella viazmenskyi sp. n.; 15b, Pfitzneriella yuliyakovalevae sp. n.; 15c, P. rawlinsi sp. n.; 15d, Dugdaleiella monticola. 16, Abdomen (males unless otherwise specified). 16a, K. viazmenskyi sp. n.; 16b, P. antonkozlovi sp. n.; 16c, P. olafi sp. n.; 16d, P. rawlinsi sp. n.; 16e, P. titarenkoi sp. n.; 16f, P. yuliyakovalevae sp. n.; 16g, P. yuliyakovalevae sp. n. (female); 16h–16j, Dugdaleiella monticola. 16h, tergum II; 16i, sternum II; 16j, tergum and sternum VIII. Photos: John Grehan (Figs 15d, 16h–16j), Carlos Mielke (Figs 15a–15c, 16a–16g).
FIGURES 1–7. Voucher specimens. 1, Kozloviella viazmenskyi gen. n in New species of Dugdaleiella, gen. nov., Kozloviella, gen. nov., and Pfitzneriella Viette from upper elevation Andes of Ecuador and Peru (Lepidoptera: Hepialidae)
FIGURES 1–7. Voucher specimens. 1, Kozloviella viazmenskyi gen. n., sp. n. male HT (CMNH). 1a, dorsal; 1b, ventral. 2, Pfitzneriella antonkozlovi sp. n. male HT (CMNH), 2a, dorsal; 2b, ventral. 3, P. olafi sp. n. male HT (MNHN), 3a, dorsal; 3b, ventral. 4, P. rawlinsi sp. n. male, 4a, HT dorsal (CMNH); 4b, PT dorsal; 4c, PT ventral (CGCM). 5, P. remota male HT dorsal (MNHN). 6, P. titarenkoi sp. n. male HT (CMNH), 6a, dorsal; 6b, ventral. 7, P. yuliyakovalevae sp. n. male HT (CMNH), 7a, dorsal; 7b, ventral. Female PT (CMNH); 7c, dorsal; 7d, ventral. Photos: Ernst Brockmann (Fig. 5), Jane Hyland (Fig. 4a), Anton Kozlov (Figs 1, 2, 6, 7), and Carlos Mielke (Figs 3, 4b, 4c).
FIGURE 11. Wing markings. 11a in New species of Dugdaleiella, gen. nov., Kozloviella, gen. nov., and Pfitzneriella Viette from upper elevation Andes of Ecuador and Peru (Lepidoptera: Hepialidae)
FIGURE 11. Wing markings. 11a; Kozloviella viazmenskyi sp. n., 11b; Pfitzneriella antonkozlovi sp. n.; 11c, P. olafi sp. n.; 11d, P. rawlinsi sp. n.; 11e, P. remota; 11f, P. yuliyakovalevae sp. n. Blue line—edge of white banding.
Differential Gene Expression Dataset of Thalassiosira hyalina and Nitzschia frigida: Response to light stress under contemporary and elevated pCO2
<p>This is a time-course gene expression dataset on the transcriptomic responses of <em>Thalassiosira hyalina</em> and <em>Nitzschia frigida</em> to light stress under contemporary and elevated pCO2. The corresponding Sequencing data is deposited at the EBI ArrayExpress database under accession number E-MTAB-6999. Contigs were created with Trinity Assembler and are available under DOI:10.5281/zenodo.3361258</p> <p>The according publication is currently in review (8/6/2019): Higher sensitivity towards light stress and ocean acidification in an Arctic sympagic compared to a pelagic diatom;</p> <p>Author team: Ane C. Kvernvik, Sebastian D. Rokitta, Eva Leu, Lars Harms, Tove M. Gabrielsen, Björn Rost and Clara J. M. Hoppe</p> <p>Do not hesitate to contact the authors if you like more information!</p>
FIG. 1 in Response of American Toads and Their Invertebrate Prey to Experimentally Elevated Soil pH
FIG. 1. Schematic demonstrating the experimental design, location of forest plots within the three study forests, and location of 1 m2 subplots within a forest plot. (A) General layout of the experiment among our three scales of interest: study forest, forest plot, and subplot. (B) Typical arrangement of six forest plots within each of the three study forests. Within each forest, white rectangles represent the three forest plots with untreated, acidified soils while lined rectangles represent the three limetreated, elevated soil pH forest plots. (C) An enlarged example from (B) of one possible random arrangement of the three 1 m2 subplots (light gray boxes; not drawn to scale) located along the perimeter of a forest plot with untreated, acidified soil. Each 1 m2 subplot in each forest plot was assigned to one of three enclosure treatments: a) no enclosure, b) enclosure without American Toads, and c) enclosure with four American Toads.
FIG. 4 in Response of American Toads and Their Invertebrate Prey to Experimentally Elevated Soil pH
FIG. 4. Invertebrate abundances collected on day 0 (A) and day 91 (B) from subplots with three different enclosure treatments (NE ¼ No Enclosures: no enclosures present; NT ¼ No Toads: enclosures present and no toads; T ¼ Toads: enclosures present with toads). Data are mean 6 1 s.e. For each invertebrate grouping where the overall model was significant, enclosure types with the same letter were not different at P, 0.05 from post hoc tests.
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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)
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DANDI Archive for NWB datasets
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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.
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