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FIGURE 1 in Diagnostic clarification, new morphological data and phylogenetic placement of Amphisbaena arenaria Vanzolini, 1991 (Amphisbaenia, Amphisbaenidae)
FIGURE 1. Phylogenetic relationships within Amphisbaena, showing the placement of A. arenaria (red branch); scale bar represents estimated substitutions per site. Insert map depicts the known records (green dots) and type locality (red dot) of A. arenaria; yellow line represents the borders of Raso da Catarina Ecological Station. Photo by J. Rodrigues.
FIGURE 8 in New olenelline trilobites from the Northwest Territories, Canada, and the phylogenetic placement of Judomia absita Fritz, 1973
FIGURE 8. The strict consensus of three most parsimonious trees of length 198 steps produced from analysis of character data in Table 1 using PAUP 4.0 (Swofford 1998). Cladogram constructed using a heuristic search with a stepwise addition sequence and 100 random replications. Bremer, bootstrap (>50%), and jackknife (>50%) support values, respectively, are given on the tree. All characters were treated as unordered. The retention index is 0.54, and the consistency index (when uninformative characters are excluded) is 0.40. Total tree support (Bremer, 1994) is at least 0.07.
FIGURE 7. Judomia absita Fritz, 1973, 1—KUMIP 320714, X3.4 in New olenelline trilobites from the Northwest Territories, Canada, and the phylogenetic placement of Judomia absita Fritz, 1973
FIGURE 7. Judomia absita Fritz, 1973, 1—KUMIP 320714, X3.4; 2—PWNHC-2009.20.23, X4.4; 3—PWNHC-2009.20.24, X3.6; 4—KUMIP 320715, X4.2; 5—KUMIP 320716, X5.3; 6—PWNHC-2009.20.25, X4.2.
FIGURE 6 in New olenelline trilobites from the Northwest Territories, Canada, and the phylogenetic placement of Judomia absita Fritz, 1973
FIGURE 6. Nevadia saupeae sp. nov., 1,2—holotype KUMIP 320711 (latex cast); 1, X0.6. Arrow indicates detached rostral plate; 2— detail of hypostome, X8.8; 4—paratype PWNHC-2009.20.21, X1.0;?Nevadia ovalis McMenamin, 1987, 3— KUMIP 320713 (latex cast), X4.1; 5—KUMIP 320712, X7.6; 6—PWNHC-2009.20.22, X6.5.
FIGURE 3 in New olenelline trilobites from the Northwest Territories, Canada, and the phylogenetic placement of Judomia absita Fritz, 1973
FIGURE 3. Bradyfallotaspis coriae sp. nov., 1—holotype PWNHC-2009.20.1, X2.6; 2—KUMIP 320696, X1.7; 3—KUMIP 320697, X5.4; 4—PWNHC-2009.20.2, X2.5; 5—PWNHC-2009.20.3, X2.7; 6—KUMIP 320698, X4.4.
FIGURE 4 in New olenelline trilobites from the Northwest Territories, Canada, and the phylogenetic placement of Judomia absita Fritz, 1973
FIGURE 4. Bradyfallotaspis nicolascagei sp. nov., 1—holotype KUMIP 320701, X1.7; 2—KUMIP 320702 (latex cast), X2.4; 3—PWNHC-2009.20.10 (latex cast), X2.5; 4—KUMIP 320703, X1.4; 5—PWNHC-2009.20.9 (latex cast), X2.0; 6— PWNHC-2009.20.11 (latex cast), X2.1; 7—KUMIP 320704, X4.1; 8—PWNHC-2009.20.12 (latex cast), X2.2.
FIGURE 2 in New olenelline trilobites from the Northwest Territories, Canada, and the phylogenetic placement of Judomia absita Fritz, 1973
FIGURE 2. Schematic cross-section of the Sekwi Formation, from Dilliard et al. (2010). Specimens in this study came from the Nevadella zone at sections 1, 2, 3, and 14 (63° 26' 22.2"N, 129° 22' 20.4"W; 63° 24' 27.4"N, 129° 7' 31. 8"W; 63° 33' 3.8"N, 129° 11' 51.2"W; 63° 37' 3.6"N, 128° 37' 32.2"W, respectively).
FIGURE 5 in New olenelline trilobites from the Northwest Territories, Canada, and the phylogenetic placement of Judomia absita Fritz, 1973
FIGURE 5. Bradyfallotaspis sekwiensis sp. nov., 1,2—holotype PWNHC-2009.20.18, X1.8; 3—KUMIP 320708, X2.1; 4— PWNHC-2009.20.19, X3.6; 5—PWNHC-2009.20.20 (latex cast), X2.5; 6—KUMIP 320709 (latex cast), X3.3; 7—KUMIP 320710 (latex cast), X2.5.
FIGURE 15 in Te rn atu s, a new spider genus from China with a cladistic analysis and comments on its phylogenetic placement (Araneae: Linyphiidae)
FIGURE 15. The single most parsimonious tree (Matrix 2) under equal weights (L = 930, CI = 0.23, RI = 0.58). Thicker lines indicate presence of tegular sac. Black square indicates the only clade within the "Distal erigonines" having embolic membrane with thread-like projections and no protegulum; black circles indicate the three clades having distal tibial apophysis. Numbers at notes indicate Jacknife support values (only those above 50% are reported).
FIGURE 16 in Te rn atu s, a new spider genus from China with a cladistic analysis and comments on its phylogenetic placement (Araneae: Linyphiidae)
FIGURE 16. Collecting localities in China of Ternatus malleatus n. sp. (triangle: Huaping, Guangxi Province) and Ternatus siculus n. sp. (circle: Zhangjiajie, Hunan Province).
FIGURE 12 in Te rn atu s, a new spider genus from China with a cladistic analysis and comments on its phylogenetic placement (Araneae: Linyphiidae)
FIGURE 12. The strict consensus cladogram (= nelsen consensus; Matrix 1) under equal weights. Numbers above branches indicate Bremer support values; numbers below branches indicate jacknife support values (only those above 50% are reported). Thicker lines indicate the Ternatus clade.
FIGURE 13 in Te rn atu s, a new spider genus from China with a cladistic analysis and comments on its phylogenetic placement (Araneae: Linyphiidae)
FIGURE 13. Character optimizations for the single most parsimonious tree (Matrix 2) under equal weights (L = 930, CI = 0.23, RI = 0.58). Ambiguous character changes optimized as in Figure 11(continued in Figure 14).
FIGURE 14 in Te rn atu s, a new spider genus from China with a cladistic analysis and comments on its phylogenetic placement (Araneae: Linyphiidae)
FIGURE 14. Character optimizations for the single most parsimonious tree (Matrix 2) under equal weights (continued from Figure 13). Ambiguous character changes optimized as in Figure 11. Thicker lines indicate Ternatus clade.
FIGURE 11 in Te rn atu s, a new spider genus from China with a cladistic analysis and comments on its phylogenetic placement (Araneae: Linyphiidae)
FIGURE 11. Character optimizations for the preferred cladogram (Matrix 1) under equal weights (L = 268, CI = 0.40, RI = 0.68). Ambiguous character changes were resolved under Farris optimization in WINCLADA. Black circles represent nonhomoplasious character changes, white circles homoplasious. Black square indicates the Ternatus clade; thicker lines indicate presence of a tegular sac (Character 10).
FIGURE 9. Ternatus siculus n in Te rn atu s, a new spider genus from China with a cladistic analysis and comments on its phylogenetic placement (Araneae: Linyphiidae)
FIGURE 9. Ternatus siculus n. sp. A–E, prosoma. A, male, lateral; B, female, lateral; C, male, frontal; D, male, dorsal, arrows indicate sulci; E, ventral; F, female chelicera, ectal; G, female chelicera and palp, frontal; H, female spinnerets.
FIGURE 10. Ternatus siculus n in Te rn atu s, a new spider genus from China with a cladistic analysis and comments on its phylogenetic placement (Araneae: Linyphiidae)
FIGURE 10. Ternatus siculus n. sp., male palp. A, prolateral; B, ventral; C, retrolateral; D, palpal tibial, dorsal; E–H, embolic division. E, ventral; F, anterior; G, anteroectal; H, distal end of embolus, arrow indicates hook on embolus apex.
FIGURE 8. Female epigynum. A–H, Ternatus malleatus n in Te rn atu s, a new spider genus from China with a cladistic analysis and comments on its phylogenetic placement (Araneae: Linyphiidae)
FIGURE 8. Female epigynum. A–H, Ternatus malleatus n. sp., A, ventral, arrow indicates opened copulatory groove; B, dorsal; C, inner, arrow indicates lateral loop of copulatory groove; D, caudal, arrow indicates opened copulatory groove. E–F, Ternatus siculus n. sp. E, caudal, arrow indicates opened copulatory groove; F, dorsal; G, inner; H, ventral.
FIGURE 7. Ternatus malleatus n in Te rn atu s, a new spider genus from China with a cladistic analysis and comments on its phylogenetic placement (Araneae: Linyphiidae)
FIGURE 7. Ternatus malleatus n. sp., male palp. A, prolateral; B, retrolateral; C, anterior; D, palpal tibia, dorsal. E–H, embolic division with distal suprategular apophysis. E, ventral, arrow indicates embolic socket; F, anterior, arrow indicates embolic socket; G, anteroectal; H, distal end of embolus, arrow indicates hook on embolus apex.
FIGURE 6. Ternatus malleatus n in Te rn atu s, a new spider genus from China with a cladistic analysis and comments on its phylogenetic placement (Araneae: Linyphiidae)
FIGURE 6. Ternatus malleatus n. sp. A–G, prosoma. A, male, lateral; B, female, lateral; C, male, dorsal, arrow indicates sulci; D, detail of A; E, female, frontal; F, detail of E (area in the box), arrow indicates dentations on chelicera; G, female chelicerae, ectal; H, male posterior lateral spinneret.
FIGURE 5. Female epigynum. A–C, Ternatus malleatus n in Te rn atu s, a new spider genus from China with a cladistic analysis and comments on its phylogenetic placement (Araneae: Linyphiidae)
FIGURE 5. Female epigynum. A–C, Ternatus malleatus n. sp. A, ventral; B, ventral, cleared, arrow indicates lateral loop of copulatory groove; C, dorsal, cleared. D–F, Ternatus siculus n. sp. D, ventral; E, ventral, cleared; F, dorsal, cleared.
ScienceDex guides
Understand access before you commit
These curated guides explain access requirements, typical timelines, costs, and reuse considerations for widely used research datasets.
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.