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106 results for “Embioptera”
FIGURE 9 in Aposthonia guizhouensis sp. nov., a new webspinner of Oligotomidae (Insecta: Embioptera) from China
FIGURE 9. Aposthonia guizhouensis sp. nov., A) Habitat cement road in Guiyang Forest Park, Guizhou Province, China. B) Live male on man-made stone columns. C) Live female on man-made stone columns. Photos by Mr. Jia-Cheng Mo.
FIGURE 1 in Aposthonia guizhouensis sp. nov., a new webspinner of Oligotomidae (Insecta: Embioptera) from China
FIGURE 1. Aposthonia guizhouensis sp. nov., male habitus, dorsal view. Anterior medial vein (MA) indicated by black arrowhead.
FIGURE 4 in Aposthonia guizhouensis sp. nov., a new webspinner of Oligotomidae (Insecta: Embioptera) from China
FIGURE 4. Aposthonia guizhouensis sp. nov., male. A) Abdominal terga 7–10, dorsal view; outline of tenth tergite, tergal processes and epiproct indicated by line drawings. B) Terminalia, dorsal view. C) Abdominal sterna 7–10, ventral view; outline of hypandrium, hypandrium process, left paraproct, left and right tergal processes indicated by line drawings. D) Terminalia, ventral view. Abbreviations: 10L = left hemitergite of the tenth segment; 10R = right hemitergite of the tenth segment; 10LP = left tergal process; 10RP = right tergal process; EP = epiproct (segment 11); H = hypandrium (sternite 9); HP = hypandrium process; LPPT = left paraproct; LC1 and LC2 = first and second segments of left cercus; RC1 and RC2 = first and second segments of right cercus.
FIGURE 8 in Aposthonia guizhouensis sp. nov., a new webspinner of Oligotomidae (Insecta: Embioptera) from China
FIGURE 8. Aposthonia guizhouensis sp. nov. A) Habitat forest in Guiyang Forest Park, Guizhou Province, China. B) Live male. C) Live female. Photos by Dr. Lu Qiu.
FIGURE 2 in Aposthonia guizhouensis sp. nov., a new webspinner of Oligotomidae (Insecta: Embioptera) from China
FIGURE 2. Aposthonia guizhouensis sp. nov., male habitus, ventral view. Papilla on hind tarsus indicated by black arrowhead.
FIGURE 5 in Aposthonia guizhouensis sp. nov., a new webspinner of Oligotomidae (Insecta: Embioptera) from China
FIGURE 5. Aposthonia guizhouensis sp. nov., female. A. Habitus, dorsal view. B) Habitus, ventral view.
FIGURE 7 in Aposthonia guizhouensis sp. nov., a new webspinner of Oligotomidae (Insecta: Embioptera) from China
FIGURE 7. Aposthonia guizhouensis sp. nov. A) Genetic distance among the DNA sequences used in this study. B) Neighborjoining tree based on the COI sequences, numbers at the nodes are bootstrap values. C) Maximum likelihood tree based on the COI sequences, numbers at the nodes are bootstrap values.
Fig. 6 in Silk Spinning Behavior Varies from Species-Specific to Individualistic in Embioptera: Do Environmental Correlates Account for this Diversity?
Fig. 6. Multidimensional scaling plot of sequence similarity (n = 15). Each individual is plotted with its species code, and six species are highlighted in color. Those in shades of blue showed particularly low intraspecific similarity, while those in warm shades showed high intraspecific similarity. (A) Low temperature seasonality (<2000), (B) Moderate temperature seasonality (2000–4000), (C) High temperature seasonality (>4000). Legend shows species names and abbreviations.
Fig. 2 in Silk Spinning Behavior Varies from Species-Specific to Individualistic in Embioptera: Do Environmental Correlates Account for this Diversity?
Fig. 2. Examples of silk spun by embiopterans in their natural habitats. Domicile and gallery structure scores used in the statistical analyses are reported in SuppTable 2 [online only]. (A) Clothoda nr. longicauda Ross (Clothodidae) with exposed silk typified by a thick outer coating of silk, in this case reinforced even further with gathered materials, (B) Pararhagadochir trinitatis (Saussure) (Scelembiidae) with galleries exposed to the elements but quite thin, (C) Conicercembia septentrionalis (Mariño & Márquez) (Scelembiidae) with very thin exposed silk over the bark, (D) Notoligotoma hardyi (Friederichs) (Notoligotomidae) showing a typical colony on lichen-covered granite with a close-up of the exposed thick tubes of silk, (E) Neorhagadochir moreliensis (Ross) (Scelembiidae) with thick silk tubes found under bark flaps, (F) Ptilocerembia thaidina Poolprasert & Edgerly (Ptilocerembiidae) with very thin silk, also found mostly living under bark and inside crevices, (G and H) Metoligotoma species Davis (Australembiidae) all of which live in leaf litter; (I) Haploembia tarsalis (Ross) (Oligotomidae) with thin silk lining underground crevices, (J) Haploembia solieri with thin silk under rocks and in leaf litter.
Fig. 1 in Silk Spinning Behavior Varies from Species-Specific to Individualistic in Embioptera: Do Environmental Correlates Account for this Diversity?
Fig. 1. Adult Embioptera illustrating morphological uniformity of females and typical male traits. (A) Female Eosembia auripecta Ross (Oligotomidae), (B) Female Antipaluria urichi (Saussure) (Clothodidae), (C) Female Metoligotoma pentanesiana Davis (Australembiidae), (D) Male and female Aposthonia ceylonica (Enderlein) (Oligotomidae), (E) Haploembia solieri (Rambur) (Oligotomidae) male.
FIGURE 13 in New species of Pararhagadochir Davis, 1940 (Insecta: Embioptera: Scelembiidae) from Brazil
FIGURE 13. Distribution map of the Brazilian species of Pararhagadochir Davis, 1940.
Data from: Three-dimensional reconstruction on cell level: case study elucidates the ultrastructure of the spinning apparatus of Embia sp. (Insecta: Embioptera)
Spinning is a phenomenon not only present in spiders, but also in many other arthropods. The functional morphology and complexity of spinning organs is often poorly understood. Their elements are minute and studying them poses substantial methodological difficulties. This study presents a three-dimensional reconstruction of a silk gland of Embia sp. on cellular level, based on serial sections acquired with serial block-face scanning electron microscopy (SBFSEM) to showcase the power of this method. Previous studies achieved either high resolution to elucidate the ultrastructure or satisfying three-dimensional representations. The high-resolution achieved by SBFSEM can be easily used to reconstruct the three-dimensional ultrastructural organization of cellular structures. The herein investigated spinning apparatus of Embioptera can be taken as an example demonstrating the potential of this method. It was possible to reconstruct a multinucleated silk gland containing 63 nuclei. We focused on the applicability of this method in the field of morphological research and provide a step-by-step guide to the methodology. This will help in applying the method to other arthropod taxa and will help significantly in adapting the method to other animals, animal parts and tissues.
FIGURE 1 in Two remarkable new species of webspinners in the genus Eosembia Ross, 2007 (Embioptera: Oligotomidae) from Thailand
FIGURE 1. Light micrographs of Eosembia lamunae sp. n. (A) male, (B) female and (C) silk gallery.
FIGURE 1 in Dachtylembia, a new genus in the family Teratembiidae (Embioptera) from Thailand
FIGURE 1. Known distribution of Dachtylembia siamensis n. gen., n. sp. in Thailand.
FIGURE 2. Dachtylembia siamensis n. gen., n in Dachtylembia, a new genus in the family Teratembiidae (Embioptera) from Thailand
FIGURE 2. Dachtylembia siamensis n. gen., n. sp. (A) Male. (B) Female. (C) Silk gallery.
FIGURE 8 in Description of four new species of the genus Ptilocerembia Friederichs, 1923 (Embioptera: Ptilocerembiidae) from Thailand
FIGURE 8. Map distribution of the genus Ptilocerembia (F. Ptilocerembiidae) found in Thailand.
Figures 36-42 from: Szumik C, Pereyra V, Szumik VEG, Costa-Pinto PJ, Juárez ML (2022) Embioptera (Insecta) from Brazil: New species and a taxonomic update. ZooKeys 1088: 129-171. https://doi.org/10.3897/zookeys.1088.72910
Figures 36-42 Parahagadochir para Szumik, Pereyra & Juárez, sp. nov. 36 head, dorsal view 37Sm38 basitarsus of hind right leg 39 terminalia, dorsal view 4010Lp1, outer lateral view 4110Rp1, outer lateral view 42 terminalia, ventral view.
Figures 13-18 from: Szumik C, Pereyra V, Szumik VEG, Costa-Pinto PJ, Juárez ML (2022) Embioptera (Insecta) from Brazil: New species and a taxonomic update. ZooKeys 1088: 129-171. https://doi.org/10.3897/zookeys.1088.72910
Figures 13-18 Archembia oruma Szumik, sp. nov. 13Mm+Sm14 right forewing 15 basitarsus of hind right leg 16 terminalia, dorsal view 1710Lp1, dorsal view 18 terminalia, ventral view.
Figures 30-35 from: Szumik C, Pereyra V, Szumik VEG, Costa-Pinto PJ, Juárez ML (2022) Embioptera (Insecta) from Brazil: New species and a taxonomic update. ZooKeys 1088: 129-171. https://doi.org/10.3897/zookeys.1088.72910
Figures 30-35 Parahagadochir marielleae Szumik, Pereyra & Juárez, sp. nov. 30 head, dorsal view 31Mm+Sm32 right forewing 33 basitarsus of hind right leg 34 terminalia, dorsal view 35 terminalia, ventral view.
Figures 7-12 from: Szumik C, Pereyra V, Szumik VEG, Costa-Pinto PJ, Juárez ML (2022) Embioptera (Insecta) from Brazil: New species and a taxonomic update. ZooKeys 1088: 129-171. https://doi.org/10.3897/zookeys.1088.72910
Figures 7-12 Saussurembia borba Szumik, Pereyra & Juárez, sp. nov. 7 head, dorsal view 8Mm+Sm9 right forewing 10 basitarsus of hind right leg 11 terminalia, dorsal view 12 terminalia, ventral view.
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Allen Brain Atlas
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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.
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.