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FIGURE 5 in A new species of the nearctic gall-forming genus Ta ma l i a Baker (Hemiptera: Aphididae: Tamaliinae)

FIGURE 5. Tamalia milleri sp. nov. alate oviparous female: a—antenna, b—antennal segment III, c—antennal segments V and VI, d—apical rostrum segment, e—fore wing, f—hind tarsus with HT I chaetotaxy (photo), g—hind tarsus with HT I chaetotaxy (line drawing).

FIGURE 2 in A new species of the nearctic gall-forming genus Ta ma l i a Baker (Hemiptera: Aphididae: Tamaliinae)

FIGURE 2. Tamalia milleri sp. nov. apterous viviparous female: a—antenna, b—antennal segments III and IV, c—antennal segment V, d—apical rostrum segment, e—hind tarsus.

FIGURE 3 in A new species of the nearctic gall-forming genus Ta ma l i a Baker (Hemiptera: Aphididae: Tamaliinae)

FIGURE 3. Tamalia milleri sp. nov. apterous viviparous female: a—dorsal spicules, b—siphunculus, c—end of abdomen.

FIGURE 3. Cambarus dubius sensu stricto. A recently collected form I in Cambarus (Jugicambarus) pauleyi, a new species of crayfish (Decapoda: Cambaridae) endemic to southcentral West Virginia, USA, with a re-description of Cambarus (J.) dubius

FIGURE 3. Cambarus dubius sensu stricto. A recently collected form I male from the type locality, Terra Alta (=Cranberry Summit), Preston County, West Virginia showing typical life colors.

FIGURE 2. Cambarus dubius holotype male, form I in Cambarus (Jugicambarus) pauleyi, a new species of crayfish (Decapoda: Cambaridae) endemic to southcentral West Virginia, USA, with a re-description of Cambarus (J.) dubius

FIGURE 2. Cambarus dubius holotype male, form I (MCZ-IZ-3631) taken from the (A.) dorsal, (B.) lateral and (C.) ventral aspects.

FIGURES 17–22 in Taxonomy of the Proisotoma complex. VI. Mobile forms of Proisotoma s. str. with the description of a new species from East Siberia (Collembola: Isotomidae)

FIGURES 17–22. Normal (17, 19, 21) and mobile (18, 20, 22) forms of Proisotoma minima: 17–18, furca; 19–20, distal part of Leg 2; 21–22, ocelli and PAO.

FIGURES 23–29 in Taxonomy of the Proisotoma complex. VI. Mobile forms of Proisotoma s. str. with the description of a new species from East Siberia (Collembola: Isotomidae)

FIGURES 23–29. Morphology of Proisotoma spp: normal (23, 25) and mobile forms (24, 26) of P. dottrensi (Moscow); 23– 24, furca; 25–26, ocelli and PAO; 27, 28, P. dualis sp. nov., posterior row of chaetae in mobile (27) and normal (28) forms; 29, P. brevidens, dens in mobile form.

FIGURES 1–9 in Taxonomy of the Proisotoma complex. VI. Mobile forms of Proisotoma s. str. with the description of a new species from East Siberia (Collembola: Isotomidae)

FIGURES 1–9. Proisotoma dualis sp. nov.: 1, s-chaetae, macrochaetae and p-rows on body tergites; 2, posterior half of abdomen, lateral view in normal form; 3,4 furca in mobile form, posterior (3) and lateral view (4); 5, Ant.1–3, lateral view; 6– 7, ocelli and PAO in mobile (6) and normal (7) form; 8–9, distal part of Leg 2 in mobile (8) and normal (9) form.

FIGURES 15–16 in Taxonomy of the Proisotoma complex. VI. Mobile forms of Proisotoma s. str. with the description of a new species from East Siberia (Collembola: Isotomidae)

FIGURES 15–16. Furcal complex of mobile forms of Proisotoma dualis sp. nov. (15) and P. minima (16).

FIGURES 10–13 in Taxonomy of the Proisotoma complex. VI. Mobile forms of Proisotoma s. str. with the description of a new species from East Siberia (Collembola: Isotomidae)

FIGURES 10–13. Proisotoma minima (10, 11) and P. dualis sp. nov. (12, 13): 10, 12, normal forms; 11, 13, mobile forms.

FIGURE 2 in Antibothrus morimotoi Sasaji, an Old World cocoon-forming beetle (Coleoptera: Coccinelloidea: Bothrideridae) newly established in North America

FIGURE 2. Map of Antibothrus morimotoi specimen collecting events reported in this work. Yellow and red pins are 2013 and 2015 collection points, respectively. Image created with GoogleEarth™ version 7.1.5.1557. Interactive KML file available: "https://archive.org/download/Antibothrus/Antibothrus.kml"

FIGURE 1 in Antibothrus morimotoi Sasaji, an Old World cocoon-forming beetle (Coleoptera: Coccinelloidea: Bothrideridae) newly established in North America

FIGURE 1. Antibothrus morimotoi (a) dorsal, (b) ventral, and (c) lateral habitus. Images by TC McElrath.

FIGURE 17 in Carcinoecium-forming Epizoanthus [Hexacorallia: Zoantharia] and the biology of E. papillosus in the eastern Atlantic, with special reference to the cnidom

FIGURE 17. Cnida abundance, as percentage of the total count, in squashes from polyps of carcinoecia and free-living colonies. A, Spirocysts in tentacles, comparing large and small polyps in each colony; B, Basitrichs in tentacles, comparing carcinoecia and free-living colonies; C, Holotrichs in tentacles, comparing large and small polyps in each colony; D, p- mastigophores in the mesenteric filaments, comparing large and small polyps in each colony. L = largest, S = smallest polyp in a colony of 3, 4 or 5 polyps; C = carcinoecium, F = free-living colony.

FIGURE 16 in Carcinoecium-forming Epizoanthus [Hexacorallia: Zoantharia] and the biology of E. papillosus in the eastern Atlantic, with special reference to the cnidom

FIGURE 16. Shaft length as a percentage of capsule length vs capsule length is p-mastigophores from the mesenteric filaments of Epizoanthus papillosus carcinoecia and free-living colonies. Error bars are 95% confidence limits.

FIGURE 12 in Carcinoecium-forming Epizoanthus [Hexacorallia: Zoantharia] and the biology of E. papillosus in the eastern Atlantic, with special reference to the cnidom

FIGURE 12. Scyphozoan nematocysts sequestered by two Epizoanthus papillosus carcinoecia; all from the zoanthid's mesenteric filaments. A–B, Intact and exploded euryteles from polyp 4L; C–D, Intact and exploded O-isorhizas from polyp 4L; E, Unexploded a-isorhiza from polyp 4L; F, Exploded birhopaloid from polyp 3S; G–H, Intact and exploded large A-isorhizas from polyp 3S. Polyps are identified by the number of polyps in the colony (3–4) and whether they were the largest (L) or smallest (S). Unmarked scale bars = 10 µm. Nematocyst nomenclature from Östman & Hydman (1997).

FIGURE 14 in Carcinoecium-forming Epizoanthus [Hexacorallia: Zoantharia] and the biology of E. papillosus in the eastern Atlantic, with special reference to the cnidom

FIGURE 14. Length and width of holotrichs in carcinoecia and free-living colonies of Epizoanthus papillosus. Error bars are ± one standard deviation; n=50.

FIGURE 11 in Carcinoecium-forming Epizoanthus [Hexacorallia: Zoantharia] and the biology of E. papillosus in the eastern Atlantic, with special reference to the cnidom

FIGURE 11. Unexploded cnidae of Epizoanthus papillosus. A, p-mastigophore (large type), from mesenteric filament of freeliving colony, polyp 4S; B, p-mastigophore (small type), from mesenteric filament of carcinoecium, polyp 3L; C, holotrich (oblong shape), from mesenteric filament of free-living polyp 4L; D, holotrich (ellipsoid shape), from mesenteric filament of free-living colony, polyp 4S; E, basitrich (curved), from tentacle of free-living colony, polyp 5S; F, spirocyst from tentacle of free-living colony, polyp 3L. Polyps are identified by the number of polyps in the colony (3–5) and whether they were the largest (L) or smallest (S) polyp in a colony of 3, 4 or 5 polyps. Scale bars = 10 µm.

FIGURE 9. Epizoanthus morphology. A, B in Carcinoecium-forming Epizoanthus [Hexacorallia: Zoantharia] and the biology of E. papillosus in the eastern Atlantic, with special reference to the cnidom

FIGURE 9. Epizoanthus morphology. A, B, Selection of largest (squares) and smallest (circles) polyps in a free-living colony and a carcinoecium, both having four polyps; scale bars = 5 mm; C–E, Transverse and longitudinal sectioning to display mesenteries for counting and for nematocyst removal; F, Determination of radius of curvature (R) in basitrichs (see text).

FIGURE 10 in Carcinoecium-forming Epizoanthus [Hexacorallia: Zoantharia] and the biology of E. papillosus in the eastern Atlantic, with special reference to the cnidom

FIGURE 10. Relationship between number of perfect mesenteries (M) and polyp mean column diameter (D) in carcinoecia and free-living colonies of Epizoanthus papillosus. Labels indicate the number of polyps in the sampled colony. Drawn lines represent geometric mean regressions: carcincoecia M=2.26D + 7.92, r=0.84, P<0.005; free-living colonies M=2.24D + 5.63, r=0.80, P<0.01.

FIGURE 8 in Carcinoecium-forming Epizoanthus [Hexacorallia: Zoantharia] and the biology of E. papillosus in the eastern Atlantic, with special reference to the cnidom

FIGURE 8. Depth distribution of Epizoanthus species. A, Depth range of E. papillosus samples in the Eastern and Western Atlantic (note that the first two intervals cover 150 m, the remainder 300 m). B, Depth ranges of E. papillosus (in the western Atlantic), E. paguriphilus and E. abyssorum compared by means of cumulative percentage curves (as in C, anomalous points distort the curves). C, Depth ranges of E. paguriphilus and E. abyssorum plotted against longitude (note the presence of three anomalous points in the Western Atlantic data, probably misidentifications).