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FIGURE 14 in Multi-instar descriptions of cave dwelling Erythraeidae (Trombidiformes: Parasitengona) employing an integrative approach

FIGURE 14. Charletonia rocciai Treat & Flechtmann, 1979. A: Culture general view with Pscoptera host and ectoparasitic larvae; B: Ch. rocciai larvae attached to immature Psocoptera; C: Calyptostatic protonymph; D: Protonymph exoskeleton.

FIGURE 12 in Multi-instar descriptions of cave dwelling Erythraeidae (Trombidiformes: Parasitengona) employing an integrative approach

FIGURE 12. Leptus sidorchukae sp. nov. female. A: Tarsus and tibia I; B: Ventral view showing the anal and genital pore; C: Palp tarsus dorsal view; D: Palp ventral view. Scale: A and B= 200 µm, C= 50 µm and D= 20 µm.

FIGURE 7 in Multi-instar descriptions of cave dwelling Erythraeidae (Trombidiformes: Parasitengona) employing an integrative approach

FIGURE 7. Lasioerythraeus jessicae sp. nov. Female. A: Gnathosoma ventral view, arrow pointing at dorsal robust setae, arrow head pointing to punctations on the palp-femur. B: Gnathosoma dorsal view, arrow pointing to the spines on palp-tibia. C: Crista metopica, eye plate circled. D: Genital pore superficial view. E: Genital pore internal structures showing the genital acetabula (G. ac.). F: Palp tiba and tarsus. G: Anal pore. Scale: A–E= 200 µm; F and G= 100 µm.

FIGURE 2 in Multi-instar descriptions of cave dwelling Erythraeidae (Trombidiformes: Parasitengona) employing an integrative approach

FIGURE 2. Matrix illustrating the posterior probability of recovering a terminal (line) and any of the other terminals (columns) as a single species according to the bGMYC. A: Shades of gray scheme and its equivalent posterior probability; B: Lasioerythaeus; C: Leptus; D: Charletonia. The terminal identification and phylogenetic relationships are informed in the dashed squares of Fig. 1.

FIGURE 10 in Multi-instar descriptions of cave dwelling Erythraeidae (Trombidiformes: Parasitengona) employing an integrative approach

FIGURE 10. Leptus sidorchukae sp. nov. deutonymph. A: General view; B: Crista metoptica, eyes and dorsal setae (detail); C: Leg I, tibia and tarsus, relative position of micro setae κ1 and κ2 indicated; D: Palp dorsal view; E: Palp ventral view; F: Palptarsus; G: Piriform microseta κ1; H=Anal pore. Scale: A= 400 µm, B and C= 200 µm; D and E= 100 µm; F, G and H= 50 µm.

FIGURE 4 in Multi-instar descriptions of cave dwelling Erythraeidae (Trombidiformes: Parasitengona) employing an integrative approach

FIGURE 4. Lasioerythraeus jessicae sp. nov. larva. A: Leg I; B: Leg II; C: Leg III; D: Distal portion of tarsus I; E: Distal portion of tarsus II; F: Distal portion of tarsus III. Scale: A, B, C= 200 µm; D, E, F= 50 µm.

FIGURE 1 in Multi-instar descriptions of cave dwelling Erythraeidae (Trombidiformes: Parasitengona) employing an integrative approach

FIGURE 1. Ultrametric Bayesian phylogenetic trees based on COI. A: Lasioerythraeus; B: Leptus; C: Charletonia. Numbers on the nodes indicates the posterior probability. Dashed squares highlight the ingroup submitted for the bGMYC analysis (Fig. 2). *100% posterior probability.

FIGURE 9 in Multi-instar descriptions of cave dwelling Erythraeidae (Trombidiformes: Parasitengona) employing an integrative approach

FIGURE 9. Leptus sidorchukae sp. nov. larva. A: Leg I; B: Leg II; C: Leg III; D: Distal portion of tarsus I; E: Distal portion of tarsus II; F: Distal portion of tarsus III. Scale: A, B, C= 100 µm; D, E and F= 20 µm.

FIGURE 11 in Multi-instar descriptions of cave dwelling Erythraeidae (Trombidiformes: Parasitengona) employing an integrative approach

FIGURE 11. Leptus sidorchukae sp. nov. female. A: General view; B: Crista metopica, eyes and dorsal setae; C: Palp dorsal view; D: Palp ventral view. Scale: A= 1000 µm, B= 200 µm, C and D= 100 µm.

FIGURE 5 in Multi-instar descriptions of cave dwelling Erythraeidae (Trombidiformes: Parasitengona) employing an integrative approach

FIGURE 5. Lasioerythraeus jessicae sp. nov. deutonymph. A: General view, black arrow pointing the anal pore; B: Crista metopica, eye plate indicated; C and D: Palp dorsal and ventral view, arrow pointing the gnathosoma lips; E: Tarsus and tibia I; F: Palp tarsus and tibia, arrow pointing two spines; G: Anal pore; H: Undeveloped genital plate; I: Eye plate, arrow heads indicating a pair of heteromorphic setae. Scale: A= 1000 µm; B and E= 200 µm; C and D= 100 µm; F, G, H and I= 50 µm.

FIGURE 6 in Multi-instar descriptions of cave dwelling Erythraeidae (Trombidiformes: Parasitengona) employing an integrative approach

FIGURE 6. Lasioerythraeus jessicae sp. nov. Female. A: General view. B: Tibia and tarsus I. C: Joint between tibia and tarsus I, arrowhead pointing one of the numerous dorsal solenidia. D: Joint between genu and tibia I. Scale: A= 2000 µm; B= 200 µm; C and D= 50 µm.

FIGURE 4 in A new genus of cave spider from Neotropical region (Gnaphosidae: Prodidominae)

FIGURE 4. Known distribution records of Indiani gaspar sp. nov. from Brazil. In detail the distribution of caves in Prados, Minas Gerais.

FIGURE 2 in A new genus of cave spider from Neotropical region (Gnaphosidae: Prodidominae)

FIGURE 2. Indiani gaspar sp. nov., leg I: A) tarsus, dorsal view; B) tarsal claws, retrolateral view; C) same, detail of classic claw tuft clasper; D) detail of trichobothria and tarsal organ.

FIGURE 1 in A new genus of cave spider from Neotropical region (Gnaphosidae: Prodidominae)

FIGURE 1. Indiani gaspar sp. nov., female: A) habitus, dorsal view; B) habitus, lateral view; C) leg I, lateral view, arrows to two ventral parallel rows of strong spines; D) sternum; E) eyes and chelicerae, dorsal view; F) spinnerets, ventral view.

FIGURE 23 in Revision of the genus Setosella (Bryozoa: Cheilostomata) with description of new species from deep-waters and submarine caves of the Mediterranean Sea

FIGURE 23. Woodipora? antilleana (Weisbord, 1967) n. comb. Holotype: 14850, Paleontological Research Institution, Ithaca, New York. a. Gastropod shell encrusted by W.? antilleana with outlines of colonies marked). b. General worn aspect of a colony only partly preserved in furrows between prominent knobs. c. Relatively well-preserved portion of the same colony in (b) occupying a depression. d. Cluster of autozooids and interspersed kenozooids. e. Close-up of the central-upper part in (d). Note some well-preserved autozooids showing their opesiae (short arrows) and large opesiules, and possibly an interzooidal avicularium (long arrow). f. Inclined view to show prominent proximal tubercles. g. Different colony portion with two contiguous large kenozooids or possibly avicularia (arrow). Scale bars: a = 5 mm; b = 1 mm; c, d, f, g = 500 μm; e = 200 μm.

FIGURE 21. Setosella alfioi n in Revision of the genus Setosella (Bryozoa: Cheilostomata) with description of new species from deep-waters and submarine caves of the Mediterranean Sea

FIGURE 21. Setosella alfioi n. sp. PMC. Rosso Collection I.H. B-45b, Archi section, S Calabria, Italy, Middle Pleistocene. a–c. Sample 6. a. Abfrontal surface of a proximally tapering single zooid. b. Inclined, proximal view exposing the contact surface and pore. c. Frontal view of an isolated proximally tapering zooid, presumably the first zooid of a colony. d–f. Sample 12. Different views of a broken, cormidial couplet zooid-vibraculum of a colony with regenerated proximally budded vibraculum. Scale bars: a–c = 100 μm; d–f = 200 μm.

FIGURE 20. Setosella alfioi n in Revision of the genus Setosella (Bryozoa: Cheilostomata) with description of new species from deep-waters and submarine caves of the Mediterranean Sea

FIGURE 20. Setosella alfioi n. sp. Additional material. PMC. Rosso Collection I.H. B-45a, APLABES cruise, Santa Maria di Leuca, off S Apulia, NE Ionian Sea, station AP1, 513 m. a. Colony with partly preserved soft tissues and unbroken first zooid pointing to production through colony budding. b. Close-up of the first zooid with a tubular proximal portion. c. Detail of the proximal tubular end. Scale bars: a = 500 μm; b = 200 μm; c = 100 μm.

FIGURE 22 in Revision of the genus Setosella (Bryozoa: Cheilostomata) with description of new species from deep-waters and submarine caves of the Mediterranean Sea

FIGURE 22. Andreella? fragilis (Canu, 1907) n. comb., NHM D48468, figured by Cheetham (1966), Villers-Saint-Fréderic, Paris Basin. a, b. Two different lateral views of the only available fragment. c. Close-up of some zooids. d. Close-up of an orifice. Scale bars: a–c = 500 μm; d = 100 μm.

FIGURE 18. Setosella alfioi n in Revision of the genus Setosella (Bryozoa: Cheilostomata) with description of new species from deep-waters and submarine caves of the Mediterranean Sea

FIGURE 18. Setosella alfioi n. sp. Holotype: PMC. B27. 30.6.2018a, EOCUMM 1995, Sample 27B, 1096 m depth, off Eolian Islands, SE Tyrrhenian Sea. a. Morphology of the largest colony fragment. b. The distal colony tip in lateral view to show the thickness of the zooids. c. Frontal view of a zooid between the proximal and the distal vibracula, with the incipient budding of a new disto-lateral zooid; note the smooth gymnocyst and cryptocyst and the relatively large and short asymmetrical opesiules, placed at some distance from the orifice. d. Close-up of the orifice with the rounded proximal corners and the distal arched denticulate shelf. e. Lateral view of a vibraculum with the raised distal rostrum. f. The only observed ovicellate zooid. g. Closeup of the ovicell with the wide frontal window. h. Frontal view of a vibraculum with the slightly beaded talon, the lateral, blunt condyles and the distal narrow arched palatum. Scale bars: a = 500 μm; b, c, g = 200 μm; d = 50 μm; e, f, h = 100 μm.

FIGURE 19. Setosella alfioi n in Revision of the genus Setosella (Bryozoa: Cheilostomata) with description of new species from deep-waters and submarine caves of the Mediterranean Sea

FIGURE 19. Setosella alfioi n. sp. Paratypes, PMC. B27. 30.6.2018b, off Eolian Islands, SE Tyrrhenian Sea. A, B. Sample 27B, 1096 m depth. a. Colony fragment. b. Close-up of zooids to show intramural budding. c–e. Sample 26, 945 m depth. Basal views of a colony fragment at different magnifications and inclinations. Note the irregular basal surface formed by variably oriented zooids with completely developed basal walls. Scale bars: a, c–e = 200 μm; b = 100 μm.