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FIGURES 57–59 in Ribautia lewisi sp. nov., a new centipede from Argentina with unusual tentorial process (Chilopoda: Geophilomorpha, Geophilidae)
FIGURES 57–59. (57–58). Ribautia lewisi sp. nov. (female paratype (M); ARGENTINA: Entre Ríos Province: Concordia Department): (57) Left mandible. (58) Right side of first maxillae, dorsal. (59) Ribautia lewisi sp. nov. (juvenile (sex unknown) (Specimen A); ARGENTINA: Entre Ríos Province: Concordia Department): Contour of ultimate leg-bearing segment showing 1 + 1 coxal organs, ventral. Scale bars: 0.05 mm (57); 0.1 mm (58, 59).
FIGURES 51–56 in Ribautia lewisi sp. nov., a new centipede from Argentina with unusual tentorial process (Chilopoda: Geophilomorpha, Geophilidae)
FIGURES 51–56. (51–53). Ribautia lewisi sp. nov. (male holotype; ARGENTINA: Entre Ríos Province: Concordia Department): (51) Right gonopod, ventral. (52) Left gonopod, ventral. (53) Penis, dorsal. (54–56). Ribautia lewisi sp. nov. (female paratype (M); ARGENTINA: Entre Ríos Province: Concordia Department): (54) Labrum (a: sclerotized process on internal limb of tentorium). (55) Detail of sclerotized process (a) on internal right limb of tentorium. (56) Detail of sclerotized process (a) on internal left limb of tentorium. Scale bars: 0.03 mm (55, 56); 0.05 mm (51–53); 0.1 mm (54).
FIGURES 27–39 in Ribautia lewisi sp. nov., a new centipede from Argentina with unusual tentorial process (Chilopoda: Geophilomorpha, Geophilidae)
FIGURES 27–39. Ribautia lewisi sp. nov. (male holotype; ARGENTINA: Entre Ríos Province: Concordia Department): (27) Sternite 37 (a: areolation on median longitudinal sulcus). (28) Sternite 40. (29) Sternite 41. (30) Sternite 42. (31) Sternite 43. (32) Sternite 44. (33) Pore-field on sternite 3. (34) Pore-field on sternite 4. (35) Pore-field on sternite 5. (36). Pore-field on sternite 7. (37) Pore-field on sternite 8. (38) Pore-field on sternite 9. (39) Pore-field on sternite 10. Scale bars: 0.1 mm (33–39); 0.2 mm (27–32).
FIGURES 20–26 in Ribautia lewisi sp. nov., a new centipede from Argentina with unusual tentorial process (Chilopoda: Geophilomorpha, Geophilidae)
FIGURES 20–26. Ribautia lewisi sp. nov. (male holotype; ARGENTINA: Entre Ríos Province: Concordia Department): (20) Detail of right forcipular tarsungulum, showing medial ventral edge slightly serrate. (21) Detail of calyx of poison gland in right forcipular telopodite, ventral. (22) Sternite 2. (23) Sternite 6. (24) Sternite 11. (25) Sternite 12 (a: areolation on median longitudinal sulcus). (26) Sternite 13. Scale bars: 0.03 mm (21); 0.1 mm (20); 0.2 mm (22–26).
FIGURES 48–50 in Ribautia lewisi sp. nov., a new centipede from Argentina with unusual tentorial process (Chilopoda: Geophilomorpha, Geophilidae)
FIGURES 48–50. Ribautia lewisi sp. nov. (male holotype; ARGENTINA: Entre Ríos Province: Concordia Department): (48) Ultimate leg-bearing segment and postpedal segments, ventral. (49) Left cluster of coxal organs, dorsal. (50) Left cluster of coxal organs, ventral. Scale bars: 0.2 mm (49, 50); 0.3 mm (48).
FIGURES 40–47 in Ribautia lewisi sp. nov., a new centipede from Argentina with unusual tentorial process (Chilopoda: Geophilomorpha, Geophilidae)
FIGURES 40–47. Ribautia lewisi sp. nov. (male holotype; ARGENTINA: Entre Ríos Province: Concordia Department): (40) Left leg (pair 1), ventral. (41) Left leg (pair 2), ventral. (42) Left leg (pair 5), ventral. (43) Left leg (pair 12), ventral. (44) Left leg (pair 27), ventral. (45) Left leg (pair 44), ventral. (46) Claw of the left leg (pair 26), anterior-ventral view (a: anterior spine, b: posterior spine). (47) Ultimate leg-bearing segment and postpedal segments, dorsal. Scale bars: 0.05 mm (46); 0.3 mm (40–45, 47).
FIGURES 60–61 in Ribautia lewisi sp. nov., a new centipede from Argentina with unusual tentorial process (Chilopoda: Geophilomorpha, Geophilidae)
FIGURES 60–61. Ribautia lewisi sp. nov. (female paratype (K); ARGENTINA: Entre Ríos Province: Concordia Department): (60) Ultimate leg-bearing segment and postpedal segments, dorsal. (61) Ultimate leg-bearing segment and postpedal segments, ventral (a: vestigial gonopods). Scale bar: 0.3 mm.
FIGURES 11–14 in Ribautia lewisi sp. nov., a new centipede from Argentina with unusual tentorial process (Chilopoda: Geophilomorpha, Geophilidae)
FIGURES 11–14. Ribautia lewisi sp. nov. (male holotype; ARGENTINA: Entre Ríos Province: Concordia Department): (11) Dorsal view of anterior region of the body, showing cephalic plate, bases of antennae, forcipular segment, and anterior portion of leg-bearing segment 1 (a: concavity on lateral margins of cephalic plate). (12) Clypeus and bases of antennae (a: concavity on lateral margins of cephalic plate). (13) Clypeal area. (14) First and second maxillae, ventral (a: process of antero-internal corners of coxosternite; b: distoectal process of telopodites). Scale bars: 0.05 mm (13); 0.2 mm (12, 14); 0.3 mm (11).
FIGURES 15–19 in Ribautia lewisi sp. nov., a new centipede from Argentina with unusual tentorial process (Chilopoda: Geophilomorpha, Geophilidae)
FIGURES 15–19. Ribautia lewisi sp. nov. (male holotype; ARGENTINA: Entre Ríos Province: Concordia Department): (15) Detail of first article of telopodite and antero-internal corner of coxosternite, right side of second maxillae, ventral (a: process of coxosternite, b: distoectal process of telopodite). (16) Claw of right telopodite of second maxillae, ventral. (17) Forcipular segment, ventral. (18) Middle part of anterior border of forcipular coxosternite showing unpigmented denticles, ventral. (19) Detail of poison gland (a), calyx (b), and duct (c) of venom apparatus in right forcipular telopodite, ventral. Scale bars: 0.05 mm (15, 16, 18); 0.2 mm (19); 0.3 mm (17).
FIGURES 1–10 in Ribautia lewisi sp. nov., a new centipede from Argentina with unusual tentorial process (Chilopoda: Geophilomorpha, Geophilidae)
FIGURES 1–10. Ribautia lewisi sp. nov. (male holotype; ARGENTINA: Entre Ríos Province: Concordia Department): (1) Left a.a. I–VI, ventral. (2) Left a.a. VII–XIV, ventral (claviform sensilla not drawn). (3). Left a.a. II, ventral (b: b type sensilla). (4) Left a.a. V, ventral (b: b type sensilla). (5) Left a.a. IX, ventral (a, b: a, b type sensilla). (6) Left a.a. XIII, ventral (a, b: a, b type sensilla). (7) Left a.a. II, dorsal (a: a type sensilla). (8) Left a.a. V, dorsal (a, b: a, b type sensilla). (9) Left a.a. IX, dorsal (a, b: a, b type sensilla). (10) Left a.a. XIII, dorsal (a, b: a, b type sensilla). Scale bars: 0.1 mm (3–10); 0.3 mm (1, 2).
FIGURES 27–29. Otostigmus greggi Holotype. 27. Forcipular coxosternal tooth-plates. 28. Left forcipular trochanteroprefemoral process. 29 in A review of the orientalis group of the Otostigmus subgenus Otostigmus Porat, 1876 (Chilopoda: Scolopendromorpha: Scolopendridae)
FIGURES 27–29. Otostigmus greggi Holotype. 27. Forcipular coxosternal tooth-plates. 28. Left forcipular trochanteroprefemoral process. 29. Sternite of ultimate leg-bearing segment and left coxopleural process. FIGURES 30–31. Otostigmus kashmiranus Holotype. 30. Forcipular coxosternal tooth-plates (after Lewis, 1992). 31. Sternite 10 (after Lewis, 1992). FIGURES 32–37. Otostigmus loriae HNHM. 32. Antennal article 2 & 3 dorsal (somewhat foreshortened). 33. Forcipular coxosternal tooth-plates. 34. Tergite 16. 35. Ultimate tergite. 36. Ultimate leg-bearing segment ventral. 37. Detail of left coxopleural process. Scale bars = 1.0 mm except Figs 27, 28, 30 & 37 = 0.5 mm.
FIGURES 13–14. Prosternal intercoxal process with a in A new species of EPania Pascoe (Coleoptera: Cerambycidae: Cerambycinae: Molorchini) from Papua New Guinea
FIGURES 13–14. Prosternal intercoxal process with a depression at apex in Epania gressitti sp. nov. 13. paratype male; 14. paratype female. Scale bars equal 0.5mm, fc = fore coxa.
FIGURES 12–16. Ptenidium spp. proventral process. 12, P. pusillum x 1480 in Studies of Madagascan Ptiliidae (Coleoptera) 2: The genus Ptenidium including three new species
FIGURES 12–16. Ptenidium spp. proventral process. 12, P. pusillum x 1480; 13, P. reitteri x 2320; 14, P.azafady x 1580; 15, P.lambdai x 1380; 16, P. tanalai x 890.
FIGURES 9a–b. Parapsyche turbinata Schmid, male pupal apical processes. 9a in Parapsyche species (Trichoptera: Hydropsychidae: Arctopsychinae) of western North America
FIGURES 9a–b. Parapsyche turbinata Schmid, male pupal apical processes. 9a, left lateral; 9b, caudoventral.
FIGURES 7a, b. Parapsyche spinata Denning, male pupal apical processes. 7a in Parapsyche species (Trichoptera: Hydropsychidae: Arctopsychinae) of western North America
FIGURES 7a, b. Parapsyche spinata Denning, male pupal apical processes. 7a, left lateral; 7b, caudoventral.
FIGURES 2a–c. Parapsyche almota Ross, male pupal apical processes. 2a in Parapsyche species (Trichoptera: Hydropsychidae: Arctopsychinae) of western North America
FIGURES 2a–c. Parapsyche almota Ross, male pupal apical processes. 2a, left lateral; 2b, caudoventral; female apical process. 2c, caudoventral.
FIGURES 1–8. Dissection process and digest the phallic complex Scapteriscus borelli. 1 in The phallic structures in Gryllotalpidae (Orthoptera: Gryllotalpoidea), and its generic implications
FIGURES 1–8. Dissection process and digest the phallic complex Scapteriscus borelli. 1. Post-abdomen in ventral view without dissection. 2a. Post-abdomen with the everted subgenital plate and phallic complex. 2b. Approach of everted subgenital plate and phallic complex. 3–7. Phallic complex freshly dissected with the phallic gland.. 3. Phallic complex in side view. 4. View of lower margin (ectophallus). 5. Ventral view. 6. View of upper margin (epiphallus). 7. Dorsal view. 8. Phallic complex after digestion of KOH (without the phallic gland).
How manual object exploration is associated with 7- to 8-month-old infants' visual prediction abilities in spatial object processing.
<p>Data set of Kubicek, C., Jovanovic, B., & Schwarzer, G. (in press). How manual object exploration is associated with 7- to 8-month-old infants’ visual prediction abilities in spatial object processing. <em>Infancy.</em></p>
phasta-chef one and four process in-memory dambreak test files
<p>3D dambreak phasta-chef test case files for one and four processes.</p> <p>Contents:<br> geom.smd - Simmetrix GeomSim model with problem definition attributes<br> mdsMesh_bz2 - 4 process mesh with 87K tets<br> 4-procs_case - 4 process phasta case for 87K tet mesh<br> t7p1 - serial five million tet mesh at solver step seven<br> 1-procs_case - serial phasta case for five million tet mesh<br> samAdaptLoop_t7_p1.inp - phasta-chef input configuration file for serial five million tet case<br> solver.inp - phSolver configuration file<br> README - this file</p> <p>Notes:<br> The dambreak case was ran on a 87K tet mesh on four processes with adaptation.<br> At the seventh solver step the mesh hit about five million elements. </p> <p>The pumi 'condense' utility was then ran:</p> <p>mpirun -np 4 condense condense_t7.inp 4</p> <p>to reduce the four process time step 7 case down to one process.</p>
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Allen Brain Atlas
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International Brain Laboratory public data
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OpenNeuro
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