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131 results for “Surface Structure”
Figures 23-26 from: Akkari N, Enghoff H (2011) On some surface structures of potential taxonomic importance in families of the suborders Polydesmidea and Dalodesmidea (Polydesmida, Diplopoda). ZooKeys 156: 1-24. https://doi.org/10.3897/zookeys.156.2134
Figures 23-26 - The structure of the limbus in 23 Amphitomeus attemsi (Oniscodesmidae) 24 cyrtodesmid sp. (Cyrtodesmidae) 25 Elassystremma sp. (Ammodesmidae) 26 Elythesmus enghoffi (Cryptodesmidae). Abbreviations: L limbus, lo lobe, sp spike, pa: palette-like lobe.
Figures 18-22 from: Akkari N, Enghoff H (2011) On some surface structures of potential taxonomic importance in families of the suborders Polydesmidea and Dalodesmidea (Polydesmida, Diplopoda). ZooKeys 156: 1-24. https://doi.org/10.3897/zookeys.156.2134
Figures 18-22 - The structure of the limbus in 18 Prosopodesmus jacobsoni (Haplodesmidae) 19 Rharodesmus tabarkensis (Pyrgodesmidae) 20 Cynedesmus sp. (Pyrgodesmidae) 21 Tonodesmus sp. (Pyrgodesmidae) 22 Cryptocorypha ornata (Pyrgodesmidae). Abbreviations: L limbus, lo lobe, pa palette-like lobe, sp spike, t tooth-like lobe.
Figures 14-17 from: Akkari N, Enghoff H (2011) On some surface structures of potential taxonomic importance in families of the suborders Polydesmidea and Dalodesmidea (Polydesmida, Diplopoda). ZooKeys 156: 1-24. https://doi.org/10.3897/zookeys.156.2134
Figures 14-17 - Fine sculpture of the prozonite in 14 Ophiodesmus albonanus (Macrosternodesmidae) 15 nearctodesmid sp. (Nearctodesmidae) 16 Solaenaulus butteli (Opisotretidae) 17 Napocodesmus endogeus (Trichopolydesmidae). Abbreviations: a anterior part of the prozonite, b posterior part of the prozonite, r ridge.
Figures 7-9 from: Akkari N, Enghoff H (2011) On some surface structures of potential taxonomic importance in families of the suborders Polydesmidea and Dalodesmidea (Polydesmida, Diplopoda). ZooKeys 156: 1-24. https://doi.org/10.3897/zookeys.156.2134
Figures 7-9 - Fine sculpture of the prozonite in pyrgodesmid species. 7 Tonodesmus sp. 8 Cynedesmus sp. 9 Cryptocorypha ornata. Abbreviations: a anterior part of the prozonite, b posterior part of the prozonite, r ridge, s spherical knobs.
Figures 50-51 from: Akkari N, Enghoff H (2011) On some surface structures of potential taxonomic importance in families of the suborders Polydesmidea and Dalodesmidea (Polydesmida, Diplopoda). ZooKeys 156: 1-24. https://doi.org/10.3897/zookeys.156.2134
Figures 50-51 - 50 Family-level cladogram of suborders Polydesmidea + Dalodesmidea according to Simonsen (1990). Haplodesmidae here corresponds to Haplodesmidae + Doratodesmidae on Simonsen's original cladogram; families not studied here are marked with asterisks 51 Branching diagrams (not cladograms) based on Fig. 50 but modified to illustrate the distribution of the different states of the three studied characters: A. presence of knobs on the anterior part of the prozonite, B. shape of the limbus, C. presence of intercalary micro-scutes on the metazonites (see Appendix for character states).
Figures 1-6 from: Akkari N, Enghoff H (2011) On some surface structures of potential taxonomic importance in families of the suborders Polydesmidea and Dalodesmidea (Polydesmida, Diplopoda). ZooKeys 156: 1-24. https://doi.org/10.3897/zookeys.156.2134
Figures 1-6 - Fine sculpture of the prozonite in the families Ammodesmidae, Cryptodesmidae, Cyrtodesmidae, Haplodesmidae, Oniscodesmidae and Pyrgodesmidae 1 Elassystremma sp. 2 Elythesmus enghoffi, 3 cyrtodesmid sp. 4 Prosopodesmus jacobsoni 5 Amphitomeus attemsi 6 Rharodesmus tabarkensis. Abbreviations: a anterior part of the prozonite, b posterior part of the prozonite, r ridge, s spherical knobs.
Figures 52-53 from: Akkari N, Enghoff H (2011) On some surface structures of potential taxonomic importance in families of the suborders Polydesmidea and Dalodesmidea (Polydesmida, Diplopoda). ZooKeys 156: 1-24. https://doi.org/10.3897/zookeys.156.2134
Figures 52-53 - Prozonite and limbus in Aporodesmus sp. (Cryptodesmidae) 52 Prozonite fine sculpture 53 The limbus. Abbreviations: a anterior part of the prozonite, b posterior part of the prozonite, L limbus, le dentate leaf-shaped element of the limbus, r ridge, sp spike.
Figures 10-13 from: Akkari N, Enghoff H (2011) On some surface structures of potential taxonomic importance in families of the suborders Polydesmidea and Dalodesmidea (Polydesmida, Diplopoda). ZooKeys 156: 1-24. https://doi.org/10.3897/zookeys.156.2134
Figures 10-13 - Fine sculpture of the prozonite in 10 Fuhrmannodesmus lividus (Fuhrmannodesmidae) 11 Gyrophallus sp. (Fuhrmannodesmidae) 12 Propolydesmus laevidentatus (Polydesmidae) 13 Icosidesmus sp. (Dalodesmidae). Abbreviations: a anterior part of the prozonite, b posterior part of the prozonite, r ridge.
Figures 44-49 from: Akkari N, Enghoff H (2011) On some surface structures of potential taxonomic importance in families of the suborders Polydesmidea and Dalodesmidea (Polydesmida, Diplopoda). ZooKeys 156: 1-24. https://doi.org/10.3897/zookeys.156.2134
Figures 44-49 - Ozopores 44 Rharodesmus tabarkensis (Pyrgodesmidae) 45 Tonodesmus sp. (Pyrgodesmidae) 46 Elassystremma sp. (Ammodesmidae) 47 Propolydesmus laevidentatus (Polydesmidae) 48 Gyrophallus sp. (Fuhrmannodesmidae) 49 Corypholophus sp. (Opisotretidae).
Figures 42-43 from: Akkari N, Enghoff H (2011) On some surface structures of potential taxonomic importance in families of the suborders Polydesmidea and Dalodesmidea (Polydesmida, Diplopoda). ZooKeys 156: 1-24. https://doi.org/10.3897/zookeys.156.2134
Figures 42-43 - Cuticular outgrowths 42 Rharodesmus tabarkensis (Pyrgodesmidae) 43 Elassystremma sp. (Ammodesmidae).
Data from: Jumping without slipping: leafhoppers (Hemiptera: Cicadellidae) possess special tarsal structures for jumping from smooth surfaces
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Data from: Study on surface settlement and structural deformation for large span subway station using a new pre-supporting system
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Data from: The influence of cactus spine surface structure on puncture performance and anchoring ability is tuned for ecology
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Data from: Mechanistic insights into landscape genetic structure of two tropical amphibians using field-derived resistance surfaces
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Data from: Structure of the rare archaeal biosphere and seasonal dynamics of active ecotypes in surface coastal waters
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Data from: Water-repellent plant surface structure induced by gall-forming insects for waste management
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In Situ Structure of Intestinal Apical Surface Reveals Nanovilli on Microvilli
GEO Series GSE167859. Caenorhabditis elegans. 1 samples. Type: Expression profiling by high throughput sequencing.
Liquid-infused structured titanium surfaces for dental implants: antiadhesive mechanism to repel bacterial biofilms
GEO Series GSE129981. Streptococcus oralis. 11 samples. Type: Expression profiling by high throughput sequencing.
Data from: Insect adhesion on rough surfaces: analysis of adhesive contact of smooth and hairy pads on transparent micro-structured substrates
Insect climbing footpads are able to adhere to rough surfaces, but the details of this capability are still unclear. To overcome experimental limitations of randomly rough, opaque surfaces, we fabricated transparent test substrates containing square arrays of 1.4 µm diameter pillars, with variable height (0.5 and 1.4 µm) and spacing (from 3 to 22 µm). Smooth pads of cockroaches (Nauphoeta cinerea) made partial contact (limited to the tops of the structures) for the two densest arrays of tall pillars, but full contact (touching the substrate in between pillars) for larger spacings. The transition from partial to full contact was accompanied by a sharp increase in shear forces. Tests on hairy pads of dock beetles (Gastrophysa viridula) showed that setae adhered between pillars for larger spacings, but pads were equally unable to make full contact on the densest arrays. The beetles' shear forces similarly decreased for denser arrays, but also for short pillars and with a more gradual transition. These observations can be explained by simple contact models derived for soft uniform materials (smooth pads) or thin flat plates (hairy-pad spatulae). Our results show that microstructured substrates are powerful tools to reveal adaptations of natural adhesives for rough surfaces.
Internal tides vertical structure and steric sea surface height signature south of New Caledonia revealed by glider observations
<p>Data to reproduce the figures of the manuscript <em>Internal tides vertical structure and steric sea surface height signature south of New Caledonia revealed by glider observations</em>, accepted for publication in Ocean Science.</p>
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Allen Brain Atlas
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Annotated Behaviour and Observability Dataset (ABODe)
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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.
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.