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FIGURE 6 in Bioacoustics and systematics of Mecopoda (and related forms) from South East Asia and adjacent areas (Orthoptera, Tettigonioidea, Mecopodinae) including some chromosome data
FIGURE 6. Oscillograms of the calling songs of species of the Mecopoda niponensis subgroup and of M. cf. yunnana. Overview (12 s sections).
FIGURE 18 in Bioacoustics and systematics of Mecopoda (and related forms) from South East Asia and adjacent areas (Orthoptera, Tettigonioidea, Mecopodinae) including some chromosome data
FIGURE 18. Ovipositor of A Mecopoda angusta (CH3744) and B Eumecopoda platyphoea stat. nov., holotype. Scale 10 mm.
FIGURE 8 in Bioacoustics and systematics of Mecopoda (and related forms) from South East Asia and adjacent areas (Orthoptera, Tettigonioidea, Mecopodinae) including some chromosome data
FIGURE 8. Oscillograms of the calling songs of species of the Mecopoda confracta subgroup. Overview (12 s sections).
FIGURE 2 in Bioacoustics and systematics of Mecopoda (and related forms) from South East Asia and adjacent areas (Orthoptera, Tettigonioidea, Mecopodinae) including some chromosome data
FIGURE 2. Male subgenital plates in Mecopoda and Eumecopoda. A M. niponensis continentalis (CH7674), B M. niponensis vietnamica subsp. nov. (holotype), C M. himalaya (CH3737), D M. sismondoi sp. nov. (CH3738), E M. javana, neotype, F M. javana, Sri Lanka, G M. mahindai sp. nov., H E. cyrtoscelis zhantievi subsp. nov. Scale 2 mm.
FIGURE 16 in Bioacoustics and systematics of Mecopoda (and related forms) from South East Asia and adjacent areas (Orthoptera, Tettigonioidea, Mecopodinae) including some chromosome data
FIGURE 16. Frontal view of the head in Mecopoda and Eumecopoda species. A M. angusta, male, B M. angusta, female, C M. dilatata, male, syntype, D M. divergens, male, NMW, E M. divergens, female, holotype, F E. cyrtoscelis zhantievi subsp. nov., male, holotype.
FIGURE 13 in Bioacoustics and systematics of Mecopoda (and related forms) from South East Asia and adjacent areas (Orthoptera, Tettigonioidea, Mecopodinae) including some chromosome data
FIGURE 13. Mirror area in the right male tegmen of Mecopoda and Eumecopoda species. A–K: elongata-group: A–G niponensis-subgr.: A M. niponensis niponensis, lectotype, B M. niponensis vietnamica subsp. nov., holotype, C M. himalaya, Malaysia (CH3737), D M. macassariensis, holotype, E M. fallax, Thailand (CI 3254538), F M. s. stridulata (CRTmeceloM02), G M. s. stridulata (from Gorochov 2020), H niponensis-subgr.?: M. paucidens sp. nov., Java; I–L: confracta-subgr.: I M. sismondoi sp. nov., holotype, J M. javana, neotype, K M. javana, Sri Lanka, L M. mahindai sp. nov., holotype; M M. angusta, (CH3674), N Eumecopoda cyrtoscelis zhantievi subsp. nov., O M. dilatata, Borneo.
FIGURE 22 in Bioacoustics and systematics of Mecopoda (and related forms) from South East Asia and adjacent areas (Orthoptera, Tettigonioidea, Mecopodinae) including some chromosome data
FIGURE 22. File diversity in Mecopoda in selected areas. A Borneo, B Indonesian islands Sumatra-Java-Bali-Timor, C Thailand. Inter-tooth spacing in stridulatory files. Thick lines indicate specimens with known song. Red/lilac lines presumed niponensis subgroup, blue presumed confracta subgroup, green unknown, black paucidens. In the legend after specimen ID the number of stridulatory teeth and relative width of the mirror cells (width/length; in brackets).
FIGURE 12 in Bioacoustics and systematics of Mecopoda (and related forms) from South East Asia and adjacent areas (Orthoptera, Tettigonioidea, Mecopodinae) including some chromosome data
FIGURE 12. Inter-tooth spacing in stridulatory files of Mecopoda species. Thick lines and filled symbols indicate specimens with known song. A–D: M. elongata group: A M. niponensis subgroup and M. marmorata, B M. himalaya and macassariensis, C M. fallax and species with similar files, D M. confracta subgroup, E other Mecopoda and Eumecopoda species.
FIGURE 15. C in Bioacoustics and systematics of Mecopoda (and related forms) from South East Asia and adjacent areas (Orthoptera, Tettigonioidea, Mecopodinae) including some chromosome data
FIGURE 15. C-banded karyotypes (left side) and mitotic metaphase (right side) of five Mecopoda species with different chromosome number (2n). Karyotypes are reconstructed by arranging homologous chromosomes in order of decreasing size. X, sex chromosome.
FIGURE 21 in Bioacoustics and systematics of Mecopoda (and related forms) from South East Asia and adjacent areas (Orthoptera, Tettigonioidea, Mecopodinae) including some chromosome data
FIGURE 21. Distribution map of Eumecopoda species in and around Northwestern New Guinea. 1 type locality of E. cyrtoscelis zhantievi subsp. nov., 2 type locality of E. cyrtoscelis aru (Gorochov 2020, Redtenbacher 1892, Willemse 1933), 3–6 E. cyrtoscelis cyrtoscelis (3 type locality, 4 Hebard 1922, 5, 6 Helfert & Sänger 2007), 7–8 E. superba (7 Griffini 1908, Gorochov 2020, 8 type locality), 9–11 E. moluccarum (9 type locality, 10 Hebard 1922, 11 Gorochov 2020), 12 type locality of E. sp. spinosa Gorochov 2020, 13 type locality of E. spinosa supiori Gorochov 2020. Map based on SimpleMappr (Shorthouse, 2010).
FIGURE 1 in Bioacoustics and systematics of Mecopoda (and related forms) from South East Asia and adjacent areas (Orthoptera, Tettigonioidea, Mecopodinae) including some chromosome data
FIGURE 1. Mirror cells in the right male tegmen, viewed from the lower (A, C) and upper (B, D) side. A–B Mecopoda himalaya (CH3411), a member of the niponensis subgroup, C–D M. sismondoi sp. nov. (CH3688), confracta subgroup. Note the pretzel-shaped mirror in both species. Scale 5 mm.
Figure 54-60 in The morphology of the labrum (epipharynx, ikrioma and aboral surface) of adult Aphodiini (Coleoptera: Scarabaeidae: Aphodiinae), and its implications for systematics
Figure 54-60. Dissection and mounting of parts. 54-57) Sequential steps for removing the labrum from the head of an Aphodiinae. 58) Preparation of the slide (dashed lines represent the line of cutting). 59a-d) Sequential steps for mounting the labrum. 60) Suggested order of the cards pinned under a specimen (a: card with D.M.H.F. mounted dissected parts; b: slide with labrum; c: label with collecting and other data).
Figure 48-53. Epipharyngeal features. 48 in The morphology of the labrum (epipharynx, ikrioma and aboral surface) of adult Aphodiini (Coleoptera: Scarabaeidae: Aphodiinae), and its implications for systematics
Figure 48-53. Epipharyngeal features. 48) Cryptoscatomaseter explanatus (LeConte, 1878). 49) Oscarinus spiniclypeus (Hinton, 1934). 50) Cephalocyclus fuliginosus (Harold, 1863). 51) Drepanocanthoides walshii (Horn, 1870). 52) Cryptoscatomaseter oklahomensis (Brown, 1928). 53) Stenotothorax badipes (Melsheimer, 1844).
Figure 30-35. Epipharyngeal features. 30 in The morphology of the labrum (epipharynx, ikrioma and aboral surface) of adult Aphodiini (Coleoptera: Scarabaeidae: Aphodiinae), and its implications for systematics
Figure 30-35. Epipharyngeal features. 30) Tetraclipeoides giulianii (Gordon, 1977). 31) Tetraclipeoides denticulatus (Haldeman, 1848). 32) Coelotrachelus symbius (Gordon and Howden, 1973). 33) Ammoecius elevatus (Olivier, 1789). 34) Plagiogonus arenarius (Olivier, 1789). 35) Loraspis frater (Mulsant and Rey, 1870).
Figure 24-29. Epipharyngeal features. 24 in The morphology of the labrum (epipharynx, ikrioma and aboral surface) of adult Aphodiini (Coleoptera: Scarabaeidae: Aphodiinae), and its implications for systematics
Figure 24-29. Epipharyngeal features. 24) Cesamexico constricticollis (Bates, 1889). 25) Haroldiellus lansbergei (Harold, 1874). 26) Pseudagolius coloradensis (Horn, 1870). 27) Blackburneus saylorea (Robinson, 1940). 28) Coelotrachelus kuntzeni (Schmidt, 1913). 29) Blackburneus troglodytes (Hubbard, 1894).
Figure 6-11. Epipharyngeal features. 6 in The morphology of the labrum (epipharynx, ikrioma and aboral surface) of adult Aphodiini (Coleoptera: Scarabaeidae: Aphodiinae), and its implications for systematics
Figure 6-11. Epipharyngeal features. 6) Aphodius fimetarius (Linné, 1758). 7) Xeropsamobeus desertus VanDyke, 1918. 8) Luxolinus luxatus (Horn, 1887). 9) Gonaphodiellus hoffmanni (Islas, 1945). 10) Gonaphodiellus opisthius (Bates, 1887). 11) Dellacasiellus kirni (Cartwright, 1944).
Figure 18-23. Epipharyngeal features. 18 in The morphology of the labrum (epipharynx, ikrioma and aboral surface) of adult Aphodiini (Coleoptera: Scarabaeidae: Aphodiinae), and its implications for systematics
Figure 18-23. Epipharyngeal features. 18) Cephalocyclus pullatus (Schmidt, 1913). 19) Blackburneus tenuistriatus (Horn, 1887). 20) Dellacasiellus concavus (Say, 1823). 21) Cryptoscatomaseter magnificens (Robinson, 1940). 22) Cephalocyclus luridiventris (Harold, 1862). 23) Cephalocyclus luteolus (Horn, 1887).
Figure 3-5. Labrum general terminology. 3 in The morphology of the labrum (epipharynx, ikrioma and aboral surface) of adult Aphodiini (Coleoptera: Scarabaeidae: Aphodiinae), and its implications for systematics
Figure 3-5. Labrum general terminology. 3) Epipharyngeal regions. 4) Aboral frames. 5) Epipharyngeal muscles and nerves.
Figure 1-2. Labrum general terminology. 1 in The morphology of the labrum (epipharynx, ikrioma and aboral surface) of adult Aphodiini (Coleoptera: Scarabaeidae: Aphodiinae), and its implications for systematics
Figure 1-2. Labrum general terminology. 1) Epipharynx. 2) Labral aboral surface and inner scleromes.
Figure 12-17. Epipharyngeal features. 12 in The morphology of the labrum (epipharynx, ikrioma and aboral surface) of adult Aphodiini (Coleoptera: Scarabaeidae: Aphodiinae), and its implications for systematics
Figure 12-17. Epipharyngeal features. 12) Diapterna hamata (Say, 1824). 13) Labarrus lividus (Olivier, 1789). 14) Neotrichonotulus inurbanus (Gordon and Howden, 1973). 15) Blackburneus aegrotus (Horn, 1870). 16) Oxycorythus morawitzi Solsky, 1876. 17) Acrossus luridus (Fabricius, 1775).
ScienceDex guides
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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.