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FIGURE 5 in Gryllotalpa weisei Simeu-Noutchom & Kekeunou sp. nov. and the first record of Gryllotalpa microptera (Chopard 1939) (Orthoptera, Gryllotalpidae) from Cameroon with redescription of the species

FIGURE 5. Numeric temporal fluctuation of G. microptera in different types of vegetation of the site in West region Cameroon.

FIGURE5 in Description of Ptilohyale corinne sp. nov. (Amphipoda: Hyalidae) from the Bahía Blanca estuary, Argentina, including a key to all valid Ptilohyale species

FIGURE5 Ptilohyale corinne sp. nov., male holotype: a uropod 1; b uropod 2; c uropod 3; d telson. Scale bars: 200 µm.

FIGURE 2 in Gryllotalpa weisei Simeu-Noutchom & Kekeunou sp. nov. and the first record of Gryllotalpa microptera (Chopard 1939) (Orthoptera, Gryllotalpidae) from Cameroon with redescription of the species

FIGURE 2. Morphology of Gryllotalpa weisei: (A) general morphology, (B) male fore wing, (C) female fore wing, (D)=stridulatory file, (E) ventral view (F) dorsal view. Scale bars 1mm

FIGURE6 in Description of Ptilohyale corinne sp. nov. (Amphipoda: Hyalidae) from the Bahía Blanca estuary, Argentina, including a key to all valid Ptilohyale species

FIGURE6 Ptilohyale corinne sp. nov., female allotype: a antenna 2; b gnathopod 2; c coxa 3; d peraeon segments 1–3, preamplexing notch indicated by an arrow. Scale bars: 200 µm (a–c), 0.5 mm (d).

FIGURE 3 in Gryllotalpa weisei Simeu-Noutchom & Kekeunou sp. nov. and the first record of Gryllotalpa microptera (Chopard 1939) (Orthoptera, Gryllotalpidae) from Cameroon with redescription of the species

FIGURE 3. Numeric temporal fluctuation of Gryllotalpa weisei in different types of vegetation in Tombel.

FIGURE 1 in Limbodessus skalei sp. nov., a new diving beetle species from the west Papuan Archipelago (Coleoptera: Dytiscidae, Bidessini)

FIGURE 1. The Limbodessus species known from New Guinea and adjacent islands. Dorsal habitus of L. skalei sp. nov., holotype, male (a); L. alexanderi (b), L. baliem (c) and L. compactus (d). Scale bar = 1 mm.

FIGURE 4. Variation between H. calverti and H. americana females. Intersternite and S10 in Hetaerina calverti (Odonata: Zygoptera: Calopterygidae) sp. nov., a new cryptic species of the American Rubyspot complex

FIGURE 4. Variation between H. calverti and H. americana females. Intersternite and S10 of H. calverti (A) and H. americana (B). The illustrations are not at scale.

FIGURE 2 in Hetaerina calverti (Odonata: Zygoptera: Calopterygidae) sp. nov., a new cryptic species of the American Rubyspot complex

FIGURE 2. Paratype male of H. calverti (left) and young male of H. americana (right) from Apazapan, Veracruz, Mexico.

FIGURE 29 in Baetis pentaphyllus sp. nov., a new species of mayfly (Ephemeroptera: Baetidae) from the Russian Far East

FIGURE 29. Bayesian tree of the genus Baetis inferred from the cytochrome c oxidase I (COI) nucleotide sequence data (466 bp) and 47 morphological characters. All data including species-groups are taken from Sroka (2012). Specimen obtained in this study is in bold. Bayesian posterior probabilities (PP) given in tree nodes.

FIGURES 27–28 in Baetis pentaphyllus sp. nov., a new species of mayfly (Ephemeroptera: Baetidae) from the Russian Far East

FIGURES 27–28. Baetis pentaphyllus sp. nov., localities. 28, Bolshoi Garmakan River, about 300 m above mouth, (Amurskiy Region); 29, Malyi. Garmakan River, about 700 m above mouth, (Amurskiy Region).

FIGURES 24–26 in Baetis pentaphyllus sp. nov., a new species of mayfly (Ephemeroptera: Baetidae) from the Russian Far East

FIGURES 24–26. Baetis pentaphyllus sp. nov., larvae: 24, posterior margin of abdominal tergum VI; 25, tergalii I; 26, tergalii II.

FIGURES 19–23 in Baetis pentaphyllus sp. nov., a new species of mayfly (Ephemeroptera: Baetidae) from the Russian Far East

FIGURES 19–23. Baetis pentaphyllus sp. nov., larvae, tergalii shape, dorsal view, roman numbers belong to the respective tergalius pairs.

FIGURES 15 in Baetis pentaphyllus sp. nov., a new species of mayfly (Ephemeroptera: Baetidae) from the Russian Far East

FIGURES 15˗18. Baetis pentaphyllus sp. nov., larvae, dorsal view: 15, foreleg; 16, tarsal claw; 17, posterior margin of abdominal tergum VI; 18, paraproct.

FIGURES 5–10 in Baetis pentaphyllus sp. nov., a new species of mayfly (Ephemeroptera: Baetidae) from the Russian Far East

FIGURES 5–10. Baetis pentaphyllus sp. nov., larvae, details of mouthparts: 5, labrum, dorsal view; 6, canines and prostheca of right mandible, dorsal view; 7, canines and prostheca of left mandible, dorsal view; 8, partial view of dorsal surface of maxilla; 9, labial palp, ventral view; 10, glossa and paraglossa, ventral view.

FIGURES 11–14 in Baetis pentaphyllus sp. nov., a new species of mayfly (Ephemeroptera: Baetidae) from the Russian Far East

FIGURES 11–14. Baetis pentaphyllus sp. nov., larvae: 11, right mandible, dorsal view; 12, left mandible, dorsal view; 13, partial view of dorsal surface of maxilla; 14, glossae and paraglossae, ventral view.

Figures 13–18 in Some Tardigrades From Nepal (Asia) With Integrative Description Of Macrobiotus Wandae Sp. Nov. (Macrobiotidae: Hufelandi Group)

Figures 13–18. Macrobiotus wandae sp. nov.: – eggs – 13–14 – general view (PCM, SEM); 15–18 – egg surface with peribasal pores and processes (15, 17 – PCM, 16, 18 – SEM), the empty arrowheads indicate pores on external chorion, the filled arrowheads indicate margins of the processes discs. Scale bars in micrometres [µm].

Figures 7–12 in Some Tardigrades From Nepal (Asia) With Integrative Description Of Macrobiotus Wandae Sp. Nov. (Macrobiotidae: Hufelandi Group)

Figures 7–12. Macrobiotus wandae sp. nov.: 7 – leg II with claws with smooth lunules and granulation (paratype, PCM), the filled arrowhead indicates granulation; 8 – leg III with claws with smooth lunules (paratype, SEM); 9 – leg I with granulation (paratype, SEM), the filled arrowhead indicates granulation; 10 – granulation on leg IV (paratype, SEM), the filled arrowhead indicates granulation; 11–12 – legs IV with claws with smooth lunules and granulation (paratypes, 11 – PCM, 12 – SEM), the empty arrowhead indicates lunules, the filled arrowhead indicates granulation. Scale bars in micrometres [µm].

Figures 5–6 in Some Tardigrades From Nepal (Asia) With Integrative Description Of Macrobiotus Wandae Sp. Nov. (Macrobiotidae: Hufelandi Group)

Figures 5–6. Macrobiotus wandae sp. nov.: 5 – bucco-pharyngeal apparatus (dorso-ventral assembled image) (paratype, PCM), the empty arrowhead indicates the first macroplacoid with central constriction, the filled arrowhead indicates the second macroplacoid with a sub-terminal constriction; 6 – oral cavity armature, the arrow indicates teeth of the third band (paratype, PCM). Scale bars in micrometres [µm].

Figures 1–4 in Some Tardigrades From Nepal (Asia) With Integrative Description Of Macrobiotus Wandae Sp. Nov. (Macrobiotidae: Hufelandi Group)

Figures 1–4. Macrobiotus wandae sp. nov.: 1 – dorsal assembled image (holotype, PCM); 2 – dorsal assembled image (paratype, SEM); 3–4 – cuticular pores on the dorsal side of the body (paratypes, 3 – PCM, 4 – SEM), the filled arrowheads indicate cuticular pores. Scale bars in micrometres [µm].

Figure 19 in Some Tardigrades From Nepal (Asia) With Integrative Description Of Macrobiotus Wandae Sp. Nov. (Macrobiotidae: Hufelandi Group)

Figure 19. Phylogenetic position of Macrobiotus wandae sp. nov.: based on COI sequences in the GTR + G + I model. The supporting bootstrap values are given at branches (maximum likelihood analysis). The GenBank accession numbers of all the sequences applied are given in Appendix 1 (Mac. wandae sp. nov. sequences marked in red).