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Figure S17 in New insights into the systematics of Entomobryoidea (Collembola: Entomobryomorpha): first instar chaetotaxy, homology and classification
Figure S17. Development of dorsal chaetotaxy of Abd. V in Entomobryinae. A‒D. Entomobrya nivalis. A. 2nd instar. B. 3rd instar. C. 4th instar. D. Adult. E‒G. Entomobrya sp. E. 3rd instar. F. 4th instar. G. Adult.
Figure S12 in New insights into the systematics of Entomobryoidea (Collembola: Entomobryomorpha): first instar chaetotaxy, homology and classification
Figure S12. Development of dorsal chaetotaxy of Abd. IV in Entomobrya nivalis (Entomobryinae). A. 2nd instar. B. 3rd instar. C. 4th instar. D. Adult.
Figure S8 in New insights into the systematics of Entomobryoidea (Collembola: Entomobryomorpha): first instar chaetotaxy, homology and classification
Figure S8. Development of dorsal chaetotaxy of Abd. II in Entomobryinae. A‒D. Entomobrya nivalis. A. 2nd instar. B. 3rd instar. C. 4th instar. D. Adult. E‒G. Entomobrya sp. E. 3rd instar. F. 4th instar. G. Adult.
Figure S7 in New insights into the systematics of Entomobryoidea (Collembola: Entomobryomorpha): first instar chaetotaxy, homology and classification
Figure S7. Development of dorsal chaetotaxy of Abd. I. A. Orchesella cincta (subadult, Orcheselllinae). B. Orchesellides boraoi (juvenile, Orchesellinae). C‒D. Entomobrya huangi (Entomobryinae). C. 2nd instar. D. Adult. E. Homidia sp. (2nd instar, Entomobryinae). F. Willowsia japonica (2nd instar, Entomobryinae). G. Americabrya arida (adult, Entomobryinae). H. Seira dowlingi (2nd instar, Seirinae). I. Janetschekbrya himalica (2nd instar, Entomobryinae). J. Microfalcula sp. (2nd instar, Salininae).
Figure S6 in New insights into the systematics of Entomobryoidea (Collembola: Entomobryomorpha): first instar chaetotaxy, homology and classification
Figure S6. Development of dorsal chaetotaxy of Abd. I in Entomobryinae. A‒D. Entomobrya nivalis. A. 2nd instar. B. 3rd instar. C. 4th instar. D. Adult. E‒G. Entomobrya sp. E. 3rd instar. F. 4th instar. G. Adult.
Figure S5 in New insights into the systematics of Entomobryoidea (Collembola: Entomobryomorpha): first instar chaetotaxy, homology and classification
Figure S5. Development of dorsal chaetotaxy of Th. III. A‒B, Entomobrya huangi (Entomobryinae). A. 2nd instar. B. Adult. C. Homidia sp. (2nd instar, Entomobryinae). D. Willowsia japonica (2nd instar, Entomobryinae). E. Janetschekbrya himalica (2nd instar, Entomobryinae). F. Microfalcula sp. (2nd instar, Salininae). G. Orchesella cincta (subadult, Orcheselllinae). H. Orchesellides boraoi (juvenile, Orchesellinae). I. Americabrya arida (adult, Entomobryinae).
Figure S3 in New insights into the systematics of Entomobryoidea (Collembola: Entomobryomorpha): first instar chaetotaxy, homology and classification
Figure S3. Development of dorsal chaetotaxy of Th. II. A. Orchesella cincta (subadult, Orchesellinae). B. Orchesellides boraoi (juvenile, Orchesellinae). C. Entomobrya sp. (adult, Entomobryinae). D. Americabrya arida (adult, Entomobryinae).
Figure S4 in New insights into the systematics of Entomobryoidea (Collembola: Entomobryomorpha): first instar chaetotaxy, homology and classification
Figure S4. Development of dorsal chaetotaxy of Th. III in Entomobryinae. A‒D. Entomobrya nivalis. A. 2nd instar. B. 3rd instar. C. 4th instar. D. Adult. E‒G. Entomobrya sp. E. 3rd instar. F. 4th instar. G. Adult.
Figure S2 in New insights into the systematics of Entomobryoidea (Collembola: Entomobryomorpha): first instar chaetotaxy, homology and classification
Figure S2. Development of dorsal chaetotaxy of Th. II (2nd instar). A. Heteromurus nitidus (Orchesellinae). B. Entomobryoides myrmecophila (Entomobryinae). C. Entomobrya huangi (Entomobryinae). D. Homidia sp. (Entomobryinae). E. Willowsia japonica (Entomobryinae). F. Seira dowlingi (Seirinae). G. Janetschekbrya himalica (Entomobryinae). H. Microfalcula sp. (Salininae).
Figure 14 in New insights into the systematics of Entomobryoidea (Collembola: Entomobryomorpha): first instar chaetotaxy, homology and classification
Figure 14. Phylogeny of Entomobryoidea using maximum parsimony. The bootstrap values greater than 50 are given on the nodes. A. Strict consensus of ten equally parsimonious trees with all 38 species included. B. Strict consensus of two equally parsimonious trees with the outgroup and unstable species excluded.
Figure 1 in New insights into the systematics of Entomobryoidea (Collembola: Entomobryomorpha): first instar chaetotaxy, homology and classification
Figure 1. Tergal elements and their symbols used in this study. Solid and hollow circles represent primary and secondary chaetae, respectively. A. Macrochaeta in Willowsia japonica. B. Abd. IV in Willowsia neocaledonica. C. Abd. IV in Willowsia sp. D. Abd. III in Lepidocyrtus absens. E. Abd. III‒IV in Lepidonella sp. F. Ms on Th. II in Sinhomidia bicolor. G. A diagram of element symbols. Scale bars: A–B, D = 100 μm; C, E = 300 μm; F = 20 μm.
Text-fig. 3. Right maxilla of a young adult individual of Arsinoitherium zitteli from the Fayum, Egypt (M 8802, NHM collection, London). The dotted lines indicate the homologous part preserved in the specimen from Grigema, Tunisia. a) stereo occlusal view, b) stereo buccal view, c) stereo lingual view. in Arsinoitherium (Embrithopoda) And Other Large Mammals And Plants From The Oligocene Of Tunisia
Text-fig. 3. Right maxilla of a young adult individual of Arsinoitherium zitteli from the Fayum, Egypt (M 8802, NHM collection, London). The dotted lines indicate the homologous part preserved in the specimen from Grigema, Tunisia. a) stereo occlusal view, b) stereo buccal view, c) stereo lingual view.
Text-fig. 1. Examples of lower dentition and molariforms homologies in the four families of extinct sloths. a: Mylodontidae, b: Megatheriidae, c: Nothrotheriidae, d: Megalonychidae. in Unexpected Inhibitory Cascade In The Molariforms Of Sloths (Folivora, Xenarthra): A Case Study In Xenarthrans Honouring Gerhard Storch'S Open-Mindedness
Text-fig. 1. Examples of lower dentition and molariforms homologies in the four families of extinct sloths. a: Mylodontidae, b: Megatheriidae, c: Nothrotheriidae, d: Megalonychidae.
Fig. 21 in Element Homology and the Evolution of Dental Formulae in Megachiropteran Bats (Mammalia: Chiroptera: Pteropodidae)
Fig. 21. Optimization of the absence [0] and presence [1] of m3 in the optimal tree from the combined analysis of Giannini and Simmons (2005; modified from their fig. 7). Dotted branches connect nodes with ambiguous final assignments [0/1]. Some internal node assignments are omitted for clarity.
Fig. 19 in Element Homology and the Evolution of Dental Formulae in Megachiropteran Bats (Mammalia: Chiroptera: Pteropodidae)
Fig. 19. Optimization of the absence [0] and presence [1] of lower incisors in megabats, using the optimal tree from the combined analysis of Giannini and Simmons (2005; modified from their fig. 7). Optimization of the absence/presence of i1 absence/presence is represented along the branches, with ambiguous branches dotted. Optimization of the absence/presence of i2 is shown with black arrows representing a 1 + 0 transformation (loss of i2). The dotted arrow indicates the asymmetric loss of one first lower incisor in Myonycteris brachycephala.
Fig. 17 in Element Homology and the Evolution of Dental Formulae in Megachiropteran Bats (Mammalia: Chiroptera: Pteropodidae)
Fig. 17. Myonycteris torquata KMMA/MRAC 80.020-M-0001 (A, B) and M. torquata AMNH 236246 (C, D), ventral view of the palate (A, C) and lateral view of the rostrum (B, D). An extra premolar in the position of P2 is present in the KMMA/MRAC specimen. Abbreviations: P1 first upper premolar, P2 second upper premolar. Scale 5 5 mm.
Fig. 16. Pteropus scapulatus BMNH 86.11.1.1 in Element Homology and the Evolution of Dental Formulae in Megachiropteran Bats (Mammalia: Chiroptera: Pteropodidae)
Fig. 16. Pteropus scapulatus BMNH 86.11.1.1, occlusal view of the mandible. An extra premolar appears in the position of a p2 on the right side. Position and morphology of the other teeth as well as the mandible are typical. Abbreviations: c lower canine, i1 first lower incisor, i2 second lower incisor, m1 first lower molar, m2 second lower molar, m3 third lower molar, p1 first lower premolar, p2 atavistic second lower premolar, p3 third lower premolar, p4, fourth lower premolar. Scale 5 5 mm.
Fig. 12. Thoopterus nigrescens AMNH 222775 in Element Homology and the Evolution of Dental Formulae in Megachiropteran Bats (Mammalia: Chiroptera: Pteropodidae)
Fig. 12. Thoopterus nigrescens AMNH 222775 (A), and Latidens salimalii HZM 3.26435 (B), occlusal view of the tip of the mandible. Scale 5 1 mm.
Fig. 13. Aethalops alecto AMNH 216729 in Element Homology and the Evolution of Dental Formulae in Megachiropteran Bats (Mammalia: Chiroptera: Pteropodidae)
Fig. 13. Aethalops alecto AMNH 216729 (A), Alionycteris paucidentata FMNH 146599 (B), Haplonycteris fischeri AMNH 142748 (C), and Otopteropus cartilagonodus FMNH 573447 (D),
Fig. 22 in Element Homology and the Evolution of Dental Formulae in Megachiropteran Bats (Mammalia: Chiroptera: Pteropodidae)
Fig. 22. Optimization of the absence [0] and presence [1] of M2 in the optimal tree from the combined analysis of Giannini and Simmons (2005; modified from their fig. 7). Dotted branches connect nodes with ambiguous final assignments [0/1]. Some internal node assignments are omitted for clarity.
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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)
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.