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Fig. 14. Pseudostegias dulcilacuum Markham, 1982 in Abdominal bopyrid parasites (Crustacea: Isopoda: Bopyridae: Athelginae) of diogenid hermit crabs from the western Pacific, with descriptions of a new genus and four new species

Fig. 14. Pseudostegias dulcilacuum Markham, 1982, scanning electron micrographs of male, USNM 1283412 (A–F). A, ventral view; B, ventral view of head, showing antennules, antennae, oral cone, and first pereopods; C, antennules and oral cone; D, left pereopods 1 and 2; E, left pereopod 7; F, pleon. Scale bars = 1 mm [A], 400 µm [B], 200 µm [C], 100 µm [D, E], 500 µm [F].

Fig. 11 in Abdominal bopyrid parasites (Crustacea: Isopoda: Bopyridae: Athelginae) of diogenid hermit crabs from the western Pacific, with descriptions of a new genus and four new species

Fig. 11. Parathelges aniculi (Whitelegge, 1897) Form B, scanning electron micrographs of male, USNM 1283389 (A–D), USNM 1283385 (E, F). A, ventral view of anterior end; B, right antennule, antenna and pereopod 1; C, right antenna, pereopods 1 and 2, oblique view; D, right pereopods 2 and 3; E, right pereopod 2, detail of distal end of dactyl, propodus and carpus; F, left pereopod 7. Scale bars = 500 µm [A], 200 µm [B, C], 200 µm [D], 50 µm [E, F].

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Fig. 3 in Cephalopods From The Cretaceous/Tertiary Boundary Interval On The Atlantic Coastal Plain, With A Description Of The Highest Ammonite Zones In North America. Part 2. Northeastern Monmouth County, New Jersey

Fig. 3. Detailed locality map of northeastern Monmouth County, New Jersey, showing the areal extent of the New Egypt Formation (Kne) and its contact with the underlying Tinton formation (Kt) and overlying Hornerstown Formation (Tht). Numbers correspond to those in the list of localities.

Fig. 7. Falsanathelges mariae n in Abdominal bopyrid parasites (Crustacea: Isopoda: Bopyridae: Athelginae) of diogenid hermit crabs from the western Pacific, with descriptions of a new genus and four new species

Fig. 7. Falsanathelges mariae n. sp. scanning electron micrographs of male paratype, USNM 1283376 (A–F). A, ventral view of anterior end; B, dorsal view of head, showing cephalic slits (presumptive sensory structure, see Bourdon et al., 1981); C, oral cone; D, left pereopod 1; E, left pereopod 7; F, seventh pereomere and pleon. Scale bars = 400 µm [A, B], 20 µm [C], 100 µm [D], 200 µm [E], 500 µm [F].

Fig. 9 in Abdominal bopyrid parasites (Crustacea: Isopoda: Bopyridae: Athelginae) of diogenid hermit crabs from the western Pacific, with descriptions of a new genus and four new species

Fig. 9. Parathelges aniculi (Whitelegge, 1897) Form A, scanning electron micrographs of male, USNM 1283383 (A–D), USNM 1283380 6-31-87 (E, F). A, ventral view of anterior end; B, dorsal view of head, showing cephalic slits (presumptive sensory structures, see Bourdon et al., 1981); C, left antennule, antenna, pereopods 1 and 2; D, left pereopods 2 and 3; E, right pereopod 2, detail of distal end of dactyl, propodus and carpus; F, right pereopod 7. Scale bars = 500 µm [A, B], 400 µm [C, F], 200 µm [D], 50 µm [E].

Fig. 12 in Abdominal bopyrid parasites (Crustacea: Isopoda: Bopyridae: Athelginae) of diogenid hermit crabs from the western Pacific, with descriptions of a new genus and four new species

Fig. 12. Parathelges aniculi (Whitelegge, 1897) Form B, scanning electron micrographs of cryptoniscus larva, USNM 1283385 (A-F). A, ventral view; B, head, dorsal view; C, right antennule, ventral view; D, right antenna, laterodorsal view; E, right pereopods 1–4; F, right pereopods 5–7. Scale bars = 200 µm [A], 100 µm [B, D], 50 µm [C, E, F].

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Fig. 2 in Cephalopods From The Cretaceous/Tertiary Boundary Interval On The Atlantic Coastal Plain, With A Description Of The Highest Ammonite Zones In North America. Part 2. Northeastern Monmouth County, New Jersey

Fig. 2. Standard stratigraphic sequence of part of the Upper Cretaceous and Lower Tertiary succession in Monmouth County, New Jersey (reproduced from Olsson, 1987). In earlier interpretations (Olsson, 1963), the New Egypt Formation was also considered to be equivalent to parts of the Hornerstown and Navesink formations.

Figure 24 in A morphological and mtDNA analysis of the badlands tiger beetle, Cicindela (s. str.) decemnotata Say, 1817 (Coleoptera: Carabidae: Cicindelinae) with the description of three new subspecies C. Barry Knisley

Figure 24. Map of Alaska and northwestern Canada showing know locals of C. d. decemnotata (blue star).

Figure 19. Labrum. A. C. d in A morphological and mtDNA analysis of the badlands tiger beetle, Cicindela (s. str.) decemnotata Say, 1817 (Coleoptera: Carabidae: Cicindelinae) with the description of three new subspecies C. Barry Knisley

Figure 19. Labrum. A. C. d. decemnotata, male, "MT: Yellowstone Co., NE of Billings, 15-IV-2010" (MGKC). B. C. d. decemnotata, female, "MT: Beaverhead Co., Centennial Valley, 25-VIII-2009" (MGKC). C. C. d. meriwetheri, female, "WA: Walla Walla Co., 24 September 2000, Hwy 12 2.8 m. E of Hwy 730" (MGKC). D. C. d. bonnevillensis, male, "UT: Tooele Co.: Dugway Proving Grounds, 10-V-2009" (MGKC).

Figure 21 in A morphological and mtDNA analysis of the badlands tiger beetle, Cicindela (s. str.) decemnotata Say, 1817 (Coleoptera: Carabidae: Cicindelinae) with the description of three new subspecies C. Barry Knisley

Figure 21. Comparison of congruent tree topologies recovered in phylogenetic reconstruction using maximum parsimony, Bayesian Inference, and Maximum Likelihood. Branches and taxa are color-coded according to match groups of sister species and subspecies of C. decemnotata postulated from morphology. Previously published sequences obtained from the NCBI database are marked with REF as their haplotype designation. A. The left cladogram represents one of thirty-one equally parsimonious rooted trees retrieved from unweighted reconstruction under a branch-and-bound search with a combined concatenated cob and cox1 dataset. This tree recovered a length of 42 for 1157 total characters; of which 17 (1.5% total sample) were potentially parsimony informative. Statistical supports>50% are given near their respective nodes in the form of Bootstrap values (BP), and third-delete Jackknife (JK). B. The middle cladogram represents the consensus rooted tree for a combined concatenated cob and cox1 dataset recovered from Bayesian Inference under a General Time Reversible (GTR) model with invariable base frequencies (I). Posterior Probabilities are given near their respective nodes. C. The right cladogram represents the best scoring rooted tree for a combined concatenated cob and cox1 dataset retrieved from maximum likelihood reconstruction under the GTR+I model.

Figure 17 in A morphological and mtDNA analysis of the badlands tiger beetle, Cicindela (s. str.) decemnotata Say, 1817 (Coleoptera: Carabidae: Cicindelinae) with the description of three new subspecies C. Barry Knisley

Figure 17. Overlap between middle band and subapical dot grading system. Overlap, or lack of, between apical lunule and post part of middle band; A. 0 (widely separate). B. 1 (separate). C. 2 (narrow overlap). D. 3 (broadly overlapped).

Figure 15. Apical lunule grading system. 0 in A morphological and mtDNA analysis of the badlands tiger beetle, Cicindela (s. str.) decemnotata Say, 1817 (Coleoptera: Carabidae: Cicindelinae) with the description of three new subspecies C. Barry Knisley

Figure 15. Apical lunule grading system. 0 to 3 refers to increasing size of apical lunule: A. 0 (absent). B. 1. C. 2. D. 3 (largest).

Figure 14. Middle band grading system. 1 in A morphological and mtDNA analysis of the badlands tiger beetle, Cicindela (s. str.) decemnotata Say, 1817 (Coleoptera: Carabidae: Cicindelinae) with the description of three new subspecies C. Barry Knisley

Figure 14. Middle band grading system. 1 to 7 refers to increasing size and completeness of middle band: A. 0 (absent). B. 1. C. 2. D. 3. E. 4. F. 5. G. 6. H. 7 (largest).

Figure 13. Humeral lunule grading system. 0 in A morphological and mtDNA analysis of the badlands tiger beetle, Cicindela (s. str.) decemnotata Say, 1817 (Coleoptera: Carabidae: Cicindelinae) with the description of three new subspecies C. Barry Knisley

Figure 13. Humeral lunule grading system. 0 to 3 refers to increasing size of humeral lunule: A. 0 (absent). B. 1. C. 2. D. 3 (largest).

Figure 16. Connection between subapical and apical dots grading system. 0 in A morphological and mtDNA analysis of the badlands tiger beetle, Cicindela (s. str.) decemnotata Say, 1817 (Coleoptera: Carabidae: Cicindelinae) with the description of three new subspecies C. Barry Knisley

Figure 16. Connection between subapical and apical dots grading system. 0 to 3 refers to connection between sub apical dot and apical dot: A. 0 (widely separate). B. 1 (separate). C. 2 (thin connection). D. 3 (broadly connected).

Figure 23 in A morphological and mtDNA analysis of the badlands tiger beetle, Cicindela (s. str.) decemnotata Say, 1817 (Coleoptera: Carabidae: Cicindelinae) with the description of three new subspecies C. Barry Knisley

Figure 23. Map of western United States and Canada showing know locals of C. d. decemnotata (blue star), C. d. meriwetheri (orange square), C. d. bonnevillensis (red triangle) and C. d. montevolans (olive green outlined circle). Shaded area represents the approximate size and location of Pleistocene Lake Bonneville.

Figure 10. Proepisternal color. A. Cicindela d in A morphological and mtDNA analysis of the badlands tiger beetle, Cicindela (s. str.) decemnotata Say, 1817 (Coleoptera: Carabidae: Cicindelinae) with the description of three new subspecies C. Barry Knisley

Figure 10. Proepisternal color. A. Cicindela d. decemnotata, male, "ID: Freemont Co., Targhee Nat. Forrest, 18- V-2007" (MGKC). B. Cicindela d. decemnotata, male, "MT: Broadwater Co., SE of Canyon Ferry Res., 7-V-2007" (MGKC)

Figure 20 in A morphological and mtDNA analysis of the badlands tiger beetle, Cicindela (s. str.) decemnotata Say, 1817 (Coleoptera: Carabidae: Cicindelinae) with the description of three new subspecies C. Barry Knisley

Figure 20. Haplotype networks recovered by statistical parsimony at the 5-step level. Empty circles represent intermediate haplotypes that were not present in the sample, and each bar illustrates a single mutational step relating two haplotypes, and changes of ambiguous significance and marked (*). Taxon names are based on identification by origin and morphology. Bars and taxa are color-coded according to match groups of sister species and subspecies of C. decemnotata postulated from morphology.

Figure 9. Cicindela d. montevolans. A in A morphological and mtDNA analysis of the badlands tiger beetle, Cicindela (s. str.) decemnotata Say, 1817 (Coleoptera: Carabidae: Cicindelinae) with the description of three new subspecies C. Barry Knisley

Figure 9. Cicindela d. montevolans. A. Male, "UT: Cache Co, Swan Flat Rd. W of Hwy 89, 19-V-2007" (MGKC). B. Male, "UT: Cache Co, Swan Flat Rd. W of Hwy 89, 19-V-2007" (MGKC). C. Female, "UT: Cache Co, Swan Flat Rd. W of Hwy 89, 19-V-2007" (MGKC). D. Habitat: south side of Hwy 89 west of Swann Flat Rd, Cache Co., UT, May 2007. Scale bar = 5mm for A–C.

Figure 7. Cicindela d. bonnevillensis. A in A morphological and mtDNA analysis of the badlands tiger beetle, Cicindela (s. str.) decemnotata Say, 1817 (Coleoptera: Carabidae: Cicindelinae) with the description of three new subspecies C. Barry Knisley

Figure 7. Cicindela d. bonnevillensis. A. Female, "UT: Tooele County: Dugway Proving Grounds, 10-V-2009" (MGKC). B. Female, "UT: Tooele County: Dugway Proving Grounds, 10-V-2009" (MGKC). C. Male, "UT: Tooele County: Delle, 9-X-2010" (MGKC). Scale bar = 5mm for all.