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FIGURE 12. Sarsiella japonica Hiruta, 1977 in Five Sarsiellidae ostracods (Crustacea: Myodocopida) from the South Coast of Korea (East China Sea)
FIGURE 12. Sarsiella japonica Hiruta, 1977, female: A, UL; B, genital field; C, L6; D, L5; E, distal part of L7. Scale = 0.1 mm.
FIGURE 19 in Five Sarsiellidae ostracods (Crustacea: Myodocopida) from the South Coast of Korea (East China Sea)
FIGURE 19. Sarsiella nereis sp. nov., holotype female: A, A1 without distal segments; B, Bellonci Organ; C, Enp and first segment of Exp A2; D, Md. Scale = 0.1 mm.
FIGURE 7 in Five Sarsiellidae ostracods (Crustacea: Myodocopida) from the South Coast of Korea (East China Sea)
FIGURE 7. Eusarsiella hanguk sp. nov., holotype female: A, UL; B, distal part of L7. Scales = 0.1 mm.
FIGURE 4 in Five Sarsiellidae ostracods (Crustacea: Myodocopida) from the South Coast of Korea (East China Sea)
FIGURE 4. Eusarsiella hanguk sp. nov., holotype female: A, LV, lateral view from the outside; B, RV, lateral view from the inside; C, L6; D, detail of the caudal process of the LV (turned upside-down). Scales = 0.1 mm.
FIGURE 1 in Five Sarsiellidae ostracods (Crustacea: Myodocopida) from the South Coast of Korea (East China Sea)
FIGURE 1. SEM images: A, Eurypylus koreanus sp. nov., holotype female, RV, lateral view from the outside; B, Eusarsiella hanguk sp. nov., holotype female, LV, lateral view from the outside.
FIGURE 18 in Five Sarsiellidae ostracods (Crustacea: Myodocopida) from the South Coast of Korea (East China Sea)
FIGURE 18. Eusarsiella nereis sp. nov., holotype female: A, Mxl; B, detail of the caudal process, RV, inside view; C, detail of the caudal process, LV, inside view; D, RV, lateral view from the inside; E, whole animal, lateral view from the left side; F, distal segments of A1. Scales = 0.1 mm.
FIGURE 17. Sarsiella misakiensis Kajiyama, 1912 in Five Sarsiellidae ostracods (Crustacea: Myodocopida) from the South Coast of Korea (East China Sea)
FIGURE 17. Sarsiella misakiensis Kajiyama, 1912, female: A, proximal part of UL with "Y" sclerite; B, L6; C, UL; D, L5; E, distal part of L7. Scale = 0.1 mm.
FIGURE 6 in Five Sarsiellidae ostracods (Crustacea: Myodocopida) from the South Coast of Korea (East China Sea)
FIGURE 6. Eusarsiella hanguk sp. nov., holotype female: A, Md; B, Enp of A2; C, L5; D, Exp of A2; E, terminal segment of Exp A2; F, bristle on the first segment of the Exp A2. Scale = 0.1. mm.
FIGURE 3 in Five Sarsiellidae ostracods (Crustacea: Myodocopida) from the South Coast of Korea (East China Sea)
FIGURE 3. Eurypylus koreanus sp. nov., holotype female: A, Enp and Exp of Mxl (arrow indicating coxa); B, endites I and II of Mxl; C, L5; D, distal part of L7; E, L6; F, UL. Scales = 0.1 mm.
FIGURE 10. Sarsiella japonica Hiruta, 1977 in Five Sarsiellidae ostracods (Crustacea: Myodocopida) from the South Coast of Korea (East China Sea)
FIGURE 10. Sarsiella japonica Hiruta, 1977, female: A, A2; B, distal segments of A1. Scale = 0.1 mm.
FIGURE 23 in Five Sarsiellidae ostracods (Crustacea: Myodocopida) from the South Coast of Korea (East China Sea)
FIGURE 23. Geographic distribution of Eusarsiella Kornicker & Cohen, 1975: 1: E. vema Kornicker, 1986; 2: E. disparalis (Darby, 1965); E. greyi (Darby, 1965); E. nodimarginis (Darby, 1965); E. radiicosta (Darby, 1965); E. tubipora (Darby, 1965); 3: E. pseudospinosa (Baker in Kornicker & Baker, 1977); E. thominx Kornicker, 1987; 4: E. maurae (Kornicker, 1977) Kornicker, 1986; 5: E. bakeri Kornicker, 1986; E. elofsoni Kornicker, 1986; E. dispar Kornicker, 1986; E. texana (Kornicker & Wise, 1962); E. gettlesoni Kornicker, 1986; 6: E. bryanjuarezi Churchill, Ellis, Pique & Oakley, 2014; E. eli Churchill, Ellis, Pique & Oakley, 2014; E. childi Kornicker, 1986; E. cresseyi Kornicker, 1986; E. culteri Kornicker, 1986; E. ozotothrix (Kornicker & Bowen, 1976); E. paniculata Kornicker, 1986; E. pilipollicis (Darby, 1965); E. spinosa (Kornicker & Wise, 1962); E. tampa Kornicker & Grabe, 2000; E. zostericola (Cushman, 1906); 7: E. athrix Kornicker, 1986; E. capillaris (Kornicker, 1958); E. carinata (Scott, 1905); E. costata (Kornicker, 1958); E. fax Kornicker, Iliffe & Harrison-Nelson, 2007; E. gigancantha (Kornicker, 1958); E. punctata (Kornicker, 1958); E. ryanae Kornicker & Iliffe, 2000; E. styx Kornicker & Iliffe, 1989; E. syrinx Kornicker, Iliffe & Harrison-Nelson, 2007; E. truncana (Kornicker, 1958); E. uncus Kornicker, 1986; E. warneri Kornicker, Iliffe & Harrison-Nelson, 2002; E. merx Kornicker, Illife & Harrison-Nelson, 2002; 8: E. alata (Poulsen, 1965) Cohen & Kornicker, 1975; E. cornuta (Poulsen, 1965); E. dentifera (Poulsen, 1965); E. dominicana Kornicker, 1986; E. ovalis (Poulsen, 1965); E. spicata (Poulsen, 1965); 9: E. donabbotti Cohen, 1989; 10: E. absens (Kornicker, 1981); 11: E. venezuelensis Kornicker, 1986; 12: E. zostericola (Cushman, 1906); 13: E. neapolis (Kornicker, 1974); 14: E. bedoyai Baltanas, 1992; 15: E. africana (Kornicker & Caraion, 1978); E. dornellasae (Kornicker & Caraion, 1978) Kornicker, 1986; E. gomoiui (Kornicker & Caraion, 1978); E. ocula (Kornicker & Caraion, 1978); E. rudescui (Kornicker & Caraion, 1978); 16: E. lunata (Kornicker, 1975); 17: E. falx Kornicker, 1992; 18: E. tumida (Scott, 1905); 19: E. longipenna Poulsen, 1965; E. rugosa (Poulsen, 1965); 20: E. microthrix (Chavtur, 1983); 21: E. hanguk sp. nov. 22: E. chessi Kornicker, 1991; 23: E. asciformis (Hall, 1987); E. claviformis (Hall, 1987); E. reticulata (Hall, 1987); E. serrata (Hall, 1987); E. springthorpei (Hall, 1987); 24: E. phrix Kornicker, 1996; E. saengeri Kornicker, 1996; E. tryx Kornicker, 1996; E. vernix Kornicker, 1996; 25: E. sculpta (Brady, 1890); 26: E. edax Kornicker, 1994; E. fallomagna Kornicker, 1994; E. magna Poulsen, 1965; 27: E. bex Kornicker, 1994; E. iayx Kornicker, 1994; 28: E. segrex Kornicker, 1995; E. spadix Kornicker, 1995; 29: E. antipex Kornicker, 1995; 30: E. janiceae (Kornicker, 1976).
FIGURE 22 in Five Sarsiellidae ostracods (Crustacea: Myodocopida) from the South Coast of Korea (East China Sea)
FIGURE 22. Geographic distribution of Eurypylus Brady 1869: 1. E. chavturi Kornicker, 1992; E. darwinensis Kornicker, 1996; 3. E. eagari Kornicker & Iliffe, 2000; 4. E. hapax Kornicker & Iliffe, 2000; 5. E. koreanus sp. nov.; 6. E. matrix Kornicker in Kornicker & Thomassin, 1998; 7. E. petrosus Brady, 1869; 8. E. pulcher Hall, 1985; 9. E. rex Kornicker, 1996; 10. E. rousei (Darby, 1965); 11. E. setiferus (Poulsen, 1965).
FIGURE 21 in Five Sarsiellidae ostracods (Crustacea: Myodocopida) from the South Coast of Korea (East China Sea)
FIGURE 21. The ML cladogram of Sarsiellinae genera, based on COI sequences. Numbers above branches represent bootstrap values for MP/NJ/ML. The tree is rooted with Cypridina dentata clade and drawn to scale.
FIGURE 9. Sarsiella japonica Hiruta, 1977 in Five Sarsiellidae ostracods (Crustacea: Myodocopida) from the South Coast of Korea (East China Sea)
FIGURE 9. Sarsiella japonica Hiruta, 1977, female: A, A1 without distal segments; B, RV, lateral view from the inside; C, detail of the caudal process, RV, inside view; D, RV, lateral view from the outside; E, Bellonci Organ. Scales = 0.1 mm.
FIGURE 13 in Five Sarsiellidae ostracods (Crustacea: Myodocopida) from the South Coast of Korea (East China Sea)
FIGURE 13. SEM images of Sarsiella misakiensis Kajiyama, 1912, female: A, detail of the caudal process, RV, inside view; B, Md EXp; C, L7; D, UL and Enp of Mxl.
FIGURE 14. Sarsiella misakiensis Kajiyama, 1912 in Five Sarsiellidae ostracods (Crustacea: Myodocopida) from the South Coast of Korea (East China Sea)
FIGURE 14. Sarsiella misakiensis Kajiyama, 1912, female: A, LV, lateral view from the inside; B, detail of the caudal process, RV, inside view; C, detail of the caudal process, LV, inside view; D, RV, lateral view from the inside; E, part of the ventral margin of the shell, LV inside view; F, Endite I of Mxl; G, Endites II and III and Enp of Mxl. Scales = 0.1 mm.
FIGURE 15. Sarsiella misakiensis Kajiyama, 1912 in Five Sarsiellidae ostracods (Crustacea: Myodocopida) from the South Coast of Korea (East China Sea)
FIGURE 15. Sarsiella misakiensis Kajiyama, 1912, female: A, LV, lateral view from the outside; B, detail of the surface ornamentation; C, Proximal part of A1; D, distal part of A1; E, A1; F, Bellonci Organ. Scales = 0.1 mm.
FIGURE 1. Streptocephalus sirindhornae from China. A in Morphological characterization of Streptocephalus sirindhornae (Branchiopoda: Anostraca) from South East Asia: First record of the Streptocephalidae from China
FIGURE 1. Streptocephalus sirindhornae from China. A, New localities (black circles) in China, and type locality (empty circle) in Thailand. B, lateral view of male right second antenna. C, medial ventral view of male right second antenna. D, ventral view of male genitalia showing the left gonopod with the lateral linguiform outgrowth. E, external morphology of typical egg.
FIGURE 6 in Metzia parva, a new cyprinid species (Teleostei: Cypriniformes) from south China
FIGURE 6. Neighbor-joining (NJ) trees of species of Metzia based on (A) the mitochondrial COI gene barcoding region, and (B) complete mitochondrial genome sequences. Bootstrap values are shown at the nodes.
FIGURE 1 in Metzia parva, a new cyprinid species (Teleostei: Cypriniformes) from south China
FIGURE 1. Metzia parva preserved in formalin (holotype, 57.6 mm SL, SWU 20140620012, Hongshui-He River of the Pearl River basin, Guangxi Province, south China). (A) Lateral, (B) dorsal, and (C) ventral views.
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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)
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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.