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TABLE 1 in Description of the newly-hatched juvenile of Aegla paulensis (Decapoda, Anomura, Aeglidae)
<p><b>TABLE 1.</b> Major differences among the newly-hatched juvenile descriptions of <i>Aegla</i> species. References: A) Present study; B) Francisco <i>et al.</i> (2007); C) Bond-Buckup <i>et al.</i> (1999); D) Bond-Buckup <i>et al.</i> (1996); E) Teodósio & Masunari (2007); F) Bueno & Bond-Buckup (1996).</p><table><tbody><tr><th></th><th><i>Aegla paulensis</i> Schmitt, 1942</th><th><i>Aegla franca</i> Schmitt, 1942</th><th><i>Aegla ligulata</i> Bond-Buckup & Buckup, 1994</th><th><i>Aegla longirostri</i> Bond-Buckup & Buckup, 1994</th><th><i>Aegla platensis</i> Schmitt, 1942</th><th><i>Aegla prado</i> Schmitt, 1942</th><th><i>Aegla schmitti</i> Hobbs III</th><th><i>Aegla violacea</i> Bond-Buckup & Buckup, 1994</th></tr></tbody><tbody><tr><th>CW (mm)</th><td>1.20–1.39</td><td>1.63–1.76</td><td>1.33–1.52</td><td>1.26–1.33</td><td>1.01–1.23</td><td>0.85–1.19</td><td>1.57–1.71</td><td>1.08–1.51</td></tr><tr><th>CL (mm)</th><td>1.39–1.56</td><td>1.58–1.79</td><td>1.42–1.58</td><td>1.39–1.48</td><td>1.13–1.39</td><td>1.02–1.36</td><td>1.96–2.01*</td><td>1.01–1.38</td></tr><tr><th>Antennular Peduncle Distal segment</th><td>1–3s, 3ppm</td><td>2–5s</td><td>3s</td><td>2(3)s</td><td>2–4s</td><td>3s</td><td>4–6s</td><td>2s</td></tr><tr><th>Antennule Dorsal flagellum</th><td>P: 0 M: 3s, 1aes, 1 t1 D: 2–4s, 2aes</td><td>P: 0 M: 1–3s, 1aes, 1 t1 D: 2–3s, 2–3aes</td><td>4s, 4aes</td><td>2–4s, 4aes</td><td>2–6s, 4aes</td><td>P: 1s M: 0 D: 1s, 4aes</td><td>P: 0 M: 3s D: 2–4s, 4–5aes</td><td>P: 3s M: 1s D: 2s, 4aes</td></tr><tr><th>Antennal segments and articles number</th><td>Ped: 5 Flag: 16–17, t1 and t2</td><td>Ped: 5 Flag: 14–16, t1</td><td>Ped: 4 Flag: -</td><td>Ped: 4 Flag: -</td><td>Ped: 4 Flag: 15**</td><td>Ped: 5 Flag: 14</td><td>Ped: 5 Flag: 19–21</td><td>Ped: 5 Flag: 15</td></tr><tr><th>Maxillule Coxal endite</th><td>4–5pp, 2pps, 10–12se</td><td>6s, 3–5pp, 7–8d</td><td>3s, 4p, 10d</td><td>5–7s, 5–8d, 5–9pp</td><td>3–5s, 4–5p, 7–8d</td><td>1–2s, 4–5p, 6–10d</td><td>2s, 3–4p, 12–14pse</td><td>4–6s, 8–12d</td></tr><tr><th>Maxillule Basal endite</th><td>5pps, 7–8se, 10c</td><td>1–2s, 2pp, 5–7d, 9c</td><td>2p, 9d, 3pp, 12c</td><td>6–7d, 3–5pp, 10c</td><td>0–1s, 3–4p, 5–11d, 5–11c</td><td>5–6p, 5–7d, 10–11c</td><td>3p, 8–10pse, 9 spines</td><td>1s, 4p, 5–6d, 10–13c</td></tr><tr><th>Maxillule Endopod</th><td>1–4se</td><td>2–3d</td><td>2s, 4pp</td><td>1s, 1–3pp</td><td>1s, 1d</td><td>1d</td><td>2pse</td><td>1s</td></tr><tr><th>Maxilla Coxal endite</th><td>P: 8–10pp, 7–9se, 1sp P: 0–1s, 7d, 9p D: 2–3pp, 1–4se, D: 2s, 3p, 3d 1–2sp</td><td>4s, 12p, 6d</td><td>16–20p, 8–10d</td><td>9s, 5–9p, 6–9d</td><td>P: 1s, 8p, 7d D: 4d, 6p</td><td>13-14p, 13-15pse, 3pap</td><td>P: 1s, 18d D: 3s, 1d</td></tr><tr><th>Maxilla Basal endite</th><td>P: 0–4se, 0–1pps, 9–10sp D: 11se, 9–10sp</td><td>P: 2s, 5–6d, 3–4sp D: 1s, 8–11d, 7–8sp</td><td>24s, 10d</td><td>24–28s, 2–4d</td><td>20–36s, 4d</td><td>P: 1s, 6d D: 6–7s, 8–11d</td><td>24–27s, 14–17pse, 1pap</td><td>P: 8s, 1d D: 14s, 6d</td></tr><tr><th>References</th><td>A</td><td>B</td><td>C</td><td>C</td><td>C</td><td>D</td><td>E</td><td>F</td></tr></tbody></table><p>-: absent in the original description; *: CL with rostrum; **: obtained from original illustration; aes: aesthetasc; c: cuspidate; d: denticulate; D: distal; Flag: flagellum; M: medium; p: plumose; P: proximal; Ped: peduncle; pp: pappose; ppm: pappose distal half; pps: papposerrate; pse: plumoserrate; s: simple; se: serrate; sp: simple with terminal pore; t1: type 1 pore; t2: type 2 pore.</p>
Data from: Effects of radiation from contaminated soil and moss in Fukushima on embryogenesis and egg hatching of the aphid Prociphilus oriens
Radiation-contaminated soils are widespread around the Fukushima Daiichi Nuclear Power Plant, and such soils raise concerns over its harmful effect on soil-dwelling organisms. We evaluated the effects of contaminated soil and moss sampled in Fukushima on the embryogenesis and hatching of aphid eggs, along with the measurement of the egg exposure dose. Cs-137 concentration in soil and moss from Fukushima ranged from 2200 to 3300 Bq/g and from 64 to 105 Bq/g, respectively. Eggs of the eriosomatine aphid Prociphilus oriens that were collected from a non-contaminated area were directly placed on the soil and moss for 4 or 3 months during diapause and then incubated until hatching. The total exposure dose to the eggs was estimated as ca. 100–200 mGy in the 4-month soil experiment and 4–10 mGy in the 4-month moss experiment. There was no significant difference in egg hatchability between the contaminated soil treatment and the control. No morphological abnormalities were detected in the first instars that hatched from the contaminated soil treatment. However, we found weak effects of radiation on egg hatching; eggs placed on the contaminated moss hatched earlier than did the control eggs. On the contaminated soil, the effects of radiation on egg hatching were not obvious because of uncontrolled environmental differences among containers. The effects of radiation on egg hatching were detected only in containers where high hatchability was recorded. Through the experiments, we concluded that the aphid eggs responded to ultra-low-dose radiation by advancing embryogenesis.
FIGURE 12. Caprella equilibra Say, 1818 in Postembryonal development in Caprellidae: SEM description and comparison of ready-to-hatch juveniles and adults of two Mediterranean skeleton shrimps (Crustacea: Amphipoda)
FIGURE 12. Caprella equilibra Say, 1818 (Lagoon of Venice). SEM of first juvenile stage. A. Mxp, ventral view. Bar: 10µm. B. Mxp palp, detailed view of inner surface. Bar: 10µm. C. Mxp dactylus, detailed view. arrowheads bristle rows; arrow ventral setae. Bar: 2µm. D. Mxp inner plate = basal endite, ventrofrontal view. small arrowheads distal spines; large arrowhead distal, plumose setae; small arrow ventral, plumose setae. Bar: 10µm. E. Pr2, ventral view. Bar: 20µm. F. gills, lateral view. arrowheads setae at gill basis. Bar: 20µm. G. Gn1, lateral view of outer surface. small arrowhead bifid dactylus tip; large arrowheads distal setae; small arrow ventromarginal seta; big arrow grasping spine. Bar: 20µm. H. Gn1 propodus, detailed view. arrowheads pronged ridge. Bar: 10µm. I. Gn2, lateral view. small arrowheads setae on dactylus; small arrows setae on propodus; big arrow grasping spine. Bar: 20µm. J. P5, lateral view. arrowhead proximal seta; arrows ventrodistal setae. Bar: 20µm. K. propodus, ventral view. arrowhead 2 rows of fine teeth. Bar: 10µm. L. P7, lateral view. arrowhead proximal seta; arrows ventrodistal setae. Bar: 100µm. M. Abd, ventral view. Bar: 10µm. g gill; Lb labium; Plp 1,2 pleopod 1,2; Pls pleon setae; co coxa; ba basis; i ischium; m merus; crp carpus; prd propodus; dt dactylus.
FIGURE 8. Caprella equilibra Say, 1818 in Postembryonal development in Caprellidae: SEM description and comparison of ready-to-hatch juveniles and adults of two Mediterranean skeleton shrimps (Crustacea: Amphipoda)
FIGURE 8. Caprella equilibra Say, 1818 (Lagoon of Venice). SEM of ♀ adults. A. mouthparts, lateral view. Bar: 100µm. B. Mx1, lateral view. large arrowheads marginal setae fields; small arrowhead forked spines; arrow spinelike processes. Bar: 100µm. C. Mx2, ventral view. small, large arrowheads ventral setae fields; arrow marginal setae. Bar: 20µm. D. Mxp, ventral view. arrowheads spines on outer plate = ischial endite. Bar: 200µm. E. Mxp, inner plate = basal endite and outer plate = ischial endite, laterodorsal view. arrowheads spines. Bar: 20µm. F. Mxp, endopodit, detailed view. large arrowheads setae; small arrowheads bristle rows. Bar: 40µm. G. ♀ genital opening on Pr 5, posterioventral view. arrowhead setae. Bar: 100µm. H. Gn1, 2, lateral view. arrowhead proximal spine; arrow ventral spine on pereonite 2. Bar: 200µm. I. P5 propodus, ventral view. arrowheads grasping spines. Bar: 100µm. J. grasping spines. small arrowheads lamellae; large arrowhead median process. Bar: 20µm. iedt outer plate = ischial endite; End endopodit; bedt inner plate = basal endite; Lb labium; Lmob lacinia mobilis; MxP maxilla 1 palp; outpl outer plate; ba basis; i ischium; m merus; crp carpus; prd propodus; dt dactylus.
FIGURE 5 in Postembryonal development in Caprellidae: SEM description and comparison of ready-to-hatch juveniles and adults of two Mediterranean skeleton shrimps (Crustacea: Amphipoda)
FIGURE 5. Caprella cavediniae Krapp-Schickel & Vader, 1998 (Istria, Cape Savudrija). SEM of first juvenile stage. A. habitus, lateroventral view. Bar: 200µm. B. cephalon with mouthparts, frontal view. Bar: 20µm. C. Lbr, dorsal and detailed view. arrowheads fine teeth. Bar: 2µm. D. left Md, lateral view. Bar: 20µm. E. left Md with 3 accessory setae. Bar: 10µm. F. right Md with 2 accessory setae. Bar: 10µm. G. flagellum of A2. arrowheads apical spines. Bar: 20µm. H. L, frontal view. Bar: 10µm. I. Mx1, lateral view. arrowhead distal seta. Bar: 20µm. J. Mx1, frontal view. arrowheads Mx1 palp, spines with toothed ridge; arrow outer plate, forked spines. Bar: 10µm. K. Mx2, ventral view. large arrowheads distal, plumose setae; small arrowheads ventral setae; arrow marginal setae fringe. Bar: 10µm. acS accessory setae; A gl antennal gland; g gills; inpl inner plate; Lb labium; Lmob lacinia mobilis; MP mouthparts; Mdr/l right/left mandible; MxP maxilla 1 palp; outpl outer plate; Pinc processus incisivus; Pmol processus molaris.
FIGURE 4 in Postembryonal development in Caprellidae: SEM description and comparison of ready-to-hatch juveniles and adults of two Mediterranean skeleton shrimps (Crustacea: Amphipoda)
FIGURE 4. Caprella cavediniae Krapp-Schickel & Vader, 1998 (Istria, Cape Savudrija). LM of first juvenile stage. A. habitus, lateral view. Bar: 200µm. B. left Md with 3 accessory setae. Bar: 20µm. C. Mx1,2, dorsal view. Bar: 50µm. D. Gn1, lateral view of inner surface. arrowhead setae at dactylus tip. Bar: 50µm. E. Gn2, lateral view of outer surface. arrowhead spine; arrow dactylus tip with distal seta. Bar: 50µm. F. P5, lateral view. arrowheads spines. Bar: 50µm. g gills; inpl inner plate; Lmob lacinia mobilis; MP mouthparts; Mx1r/l right/left maxilla 1; MxP maxilla 1 palp; outpl outer plate; Pinc processus incisivus; Pmol processus molaris; ba basis; i ischium; m merus; crp carpus; prd propodus; dt dactylus.
FIGURE 3 in Postembryonal development in Caprellidae: SEM description and comparison of ready-to-hatch juveniles and adults of two Mediterranean skeleton shrimps (Crustacea: Amphipoda)
FIGURE 3. Caprella cavediniae Krapp-Schickel & Vader, 1998 (Istria, Cape Savudrija (A–F, I, J) and Italy, Island of Giglio (G, H)). SEM of ♀ adults. A. left Md, lateral view. arrowheads fields of fine setae. Bar: 20µm. B. accessory spines, detailed view. arrowheads axillary setae. Bar: 10µm. C. Mx1. large arrowhead ventromarginal setae; small arrowheads fields of fine setae on outer plate; arrow seta on 1. article of palp. Bar: 20µm. D. spines on Mx1 palp. arrowheads serrated ridge. Bar: 2µm. E. Mx2, ventral view. arrowheads fine setae on inner plate. Bar: 20µm. F. distal setae on Mx2, outer plate. arrowheads, arrow 3 different types of setae. Bar: 10µm. G. Pr 5, lateral view. arrowheads dorsal tubercle; arrow ventrodistal genital openings. Bar: 100µm. H. tubercle, enlarged view. arrowheads 3 setae. Bar: 2µm. I. gill on Pr 3, lateral view. Bar: 100µm. J. gill basis, detailed view. arrowheads 2 plumose setae. Bar: 10µm. acS accessory setae; inpl inner plate; Lmob lacinia mobilis; g gill; MxP Maxilla 1 palp; Oost oostegit; outpl outer plate; Pinc processus incisivus.
FIGURE 1 in Postembryonal development in Caprellidae: SEM description and comparison of ready-to-hatch juveniles and adults of two Mediterranean skeleton shrimps (Crustacea: Amphipoda)
FIGURE 1. Caprella cavediniae Krapp-Schickel & Vader, 1998 (Italy, Island of Giglio). SEM of the habitus of ♀ adults and first juvenile stage. A. lateral habitus, ♀ adult. arrowheads dorsal tubercle. Bar: 1mm. B. lateral habitus, first juvenile stage. Bar: 200µm. g gill; MP mouthparts; Oost oostegit.
FIGURE 11. Caprella equilibra Say, 1818 in Postembryonal development in Caprellidae: SEM description and comparison of ready-to-hatch juveniles and adults of two Mediterranean skeleton shrimps (Crustacea: Amphipoda)
FIGURE 11. Caprella equilibra Say, 1818 (Lagoon of Venice). SEM of first juvenile stage. A. habitus, ventral view. Bar: 200µm. B. mouthparts, frontal view. Bar: 20µm. C. mouthparts, lateral view. arrowhead antennal gland. Bar: 20µm. D. right Md, lateral view. arrowheads accessory setae. Bar: 20µm. E. left Md. Bar: 2µm. F. processus molaris. arrowheads roundish concavities. Bar: 2µm. G. Mx1, laterofrontal view. arrowheads spinelike processes; small arrows marginal fine setae; big arrow ventral field of fine setae. Bar: 10µm. H. Mx1 palp, lateral view. arrowheads laterodistal setae. Bar: 20µm. I. outer plate of Mx1, frontal view. arrowheads forked spines. Bar: 10µm. J. Mx2, ventral view. small arrowhead distal setae; big arrowheads short, ventral setae; arrow longer ventral setae. Bar: 10µm. acs accessory setae; Agl antennal gland; g gill; inpl inner plate; Lb labium; lmob lacinia mobilis; mdr/l right/left mandible; mp mouthparts; MxP maxilla 1 palp; outpl outer plate; pinc processus incisivus; pmol processus molaris.
FIGURE 7. Caprella equilibra Say, 1818 in Postembryonal development in Caprellidae: SEM description and comparison of ready-to-hatch juveniles and adults of two Mediterranean skeleton shrimps (Crustacea: Amphipoda)
FIGURE 7. Caprella equilibra Say, 1818 (Lagoon of Venice). SEM of the habitus of ♀ adults and first juvenile stage. A. Habitus of ♀ adults, lateral view. Bar: 1mm. B. Habitus of first juvenile stage, lateral view. Bar: 100µm. g gill; ma marsupium; MP mouthparts.
FIGURE 10. Caprella equilibra Say, 1818 in Postembryonal development in Caprellidae: SEM description and comparison of ready-to-hatch juveniles and adults of two Mediterranean skeleton shrimps (Crustacea: Amphipoda)
FIGURE 10. Caprella equilibra Say, 1818 (Lagoon of Venice). LM of first juvenile stage. A. habitus, lateral view. Bar: 200µm. B. A1 and A2. arrowhead second flagellum art; arrow ventrodistal seta. Bar: 100µm. C. left Md. Bar: 20µm. D. Mx1, 2, ventrolateral view. Bar: 20µm. E. Mxp, dorsal view. Bar: 50µm. F. Gn1, detailed view. small arrowheads submarginal setae; large arrowheads subdorsal setae; small arrow plumose seta; large arrow grasping spine. Bar: 20µm. G. P5–7, ventral view. Bar: 200µm. acS accessory setae; e eye; End endopodit; g gill; inpl inner plate; Lmob lacinia mobilis; MxP maxilla 1 palp; outpl outer plate; Pinc processus incisivus; crp carpus; prd propodus; dt dactylus.
FIGURE 9. Caprella equilibra Say, 1818 in Postembryonal development in Caprellidae: SEM description and comparison of ready-to-hatch juveniles and adults of two Mediterranean skeleton shrimps (Crustacea: Amphipoda)
FIGURE 9. Caprella equilibra Say, 1818 (Lagoon of Venice). SEM of ♂ adults. A. Head region, lateral view. Bar: 1mm. B. mouthparts, lateral view. Bar: 200µm. C. Mxp. arrowheads setae on inner surface of carpus. Bar: 100µm. D. inner surface of dactylus. arrowheads bristle rows. Bar: 2µm. E. Gn1, lateral view. arrowheads submarginal setae. Bar: 200µm. F. Gn1 propodus and dactylus, lateral view of inner surface. arrowhead bristle rows. Bar: 200µm. G. Gn2 propodus and dactylus, detailed view. small arrowheads marginal bristles; large arrowhead poison tooth; arrow proximal process. Bar: 200µm. H. P7 propodus and dactylus, detailed view. small arrowhead fine furrows on dactylus; large arrowhead grasping spines; large arrow spinelike process between grasping spines; small arrows marginal spines with fine teeth. Bar: 200µm. I. pleopod 1. arrowheads fine setae fields; arrows setae. Bar: 10µm. ca carina; iedt outer plate = ischial endite; MP mouth parts; ba basis; i ischium; m merus; crp carpus; prd propodus; dt dactylus.
FIGURE 6 in Postembryonal development in Caprellidae: SEM description and comparison of ready-to-hatch juveniles and adults of two Mediterranean skeleton shrimps (Crustacea: Amphipoda)
FIGURE 6. Caprella cavediniae Krapp-Schickel & Vader, 1998 (Istria, Cape Savudrija). SEM of first juvenile stage. A. Mxp, lateral view. large arrowhead setae on propodus; small arrowheads bristle rows; arrow bristle rows on inner surface of dactylus. Bar: 20µm. B. outer plate (ischial endite) and inner plate (basal endite), ventral and detailed view. small arrowheads spines; large arrowhead, arrows plumose setae. Bar: 10µm. C. Gn1, inner surface. arrowheads setae; arrow ventral seta on propodus. Bar: 20µm. D. Gn1 dactylus, ventral and detailed view. arrowheads 2 subapical setae. Bar: 10µm. E. Gn2, lateral view. arrowhead proximal spine; arrow subapical seta. Bar: 20µm. F. propodus, detailed view. arrowheads distal setae; arrow median setae. Bar: 10µm. G. gills on Pr3, ventrolateral view. arrowheads setae on gill basis. Bar: 20µm. H. P5–7, lateral view. Bar: 100µm. I. P7 propodus, ventral view. arrowheads spines; arrow distal seta. Bar: 20µm. J. pleon, lateral view. large arrowheads median setae on pleon lobe; small arrowheads plumose dorsal seta; arrow insertion of dorsal seta. Bar: 10µm. iedt outer plate = ischial endite; g gill; Pl pleon; bedt inner plate = basal endite; co coxa; ba basis; i ischium; m merus; crp carpus; prd propodus; dt dactylus.
FIGURE 3 in A new species of the genus Apteroloma Hatch, 1927 (Coleoptera, Agyrtidae) from China
FIGURE 3. Habitat of Apteroloma qiului sp. nov. A. General environment of the type locality; B. Same, another View Angle (Photo by Dr. Lu Qiu).
FIGURE 2 in A new species of the genus Apteroloma Hatch, 1927 (Coleoptera, Agyrtidae) from China
FIGURE 2. Diagnostic features of Apteroloma qiului sp. nov. A. Antenna; B. Aedeagus, dorsal view; C. Same, lateral view; D. Same, ventral view; E. Same, apex in ventral view.
Figure 4 in Hatching phenology, life history and population dynamics of the Oriental clam shrimp Eulimnadia indocylindrova Durga Prasad and Simhachalam with notes on phenology patterns in the Spinicaudata
Figure 4. Cyclical hydration experiment: (a) trend of hatching (mean ± SE) observed per day for a hydroperiod of 10 days, for six successive hydrations; (b) emergence (mean ± SE) observed across six successive hydrations; (c) hatching duration, Td (mean ± SE) in days for six successive hydrations.
Figure 3 in Hatching phenology, life history and population dynamics of the Oriental clam shrimp Eulimnadia indocylindrova Durga Prasad and Simhachalam with notes on phenology patterns in the Spinicaudata
Figure 3. Continuous hydration experiment: (a) No. of hatched nauplii (mean ± SE) seen per day for the 30-day inundation; (b) emergence pattern (No. of emerging nauplii mean ± SE) observed per 10 days for the 30-day inundation.
Figure 2 in Hatching phenology, life history and population dynamics of the Oriental clam shrimp Eulimnadia indocylindrova Durga Prasad and Simhachalam with notes on phenology patterns in the Spinicaudata
Figure 2. Field data and morphometry: (a) temporal patterns of sex-ratio and number of eggbearing hermaphrodites recorded in field samples (2016); (b) number of individuals of different carapace length size ranges across 3 years; (c) relationship between body length and carapace length of adult individuals; (d) relationship between body height and carapace height of adult individuals.
Figure 22 in Systematics and distributions of the genera Cyrtusa Erichson, Ecarinosphaerula Hatch, Isoplastus Horn, Liocyrtusa Daffner, Lionothus Brown, and Zeadolopus Broun of the United States and Canada (Coleoptera: Leiodidae: Leiodinae: Leiodini)
Figure 22. North American distribution of Lionothus bidentatus (black circles), L. exiguus (black triangles), L. parvoculus (black squares).
Figure 19 in Systematics and distributions of the genera Cyrtusa Erichson, Ecarinosphaerula Hatch, Isoplastus Horn, Liocyrtusa Daffner, Lionothus Brown, and Zeadolopus Broun of the United States and Canada (Coleoptera: Leiodidae: Leiodinae: Leiodini)
Figure 19. North American distribution of Liocyrtusa nigriclavis (black circles), L. stephani (black triangles).
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