Cicadellidae

Allindelille Fredskov ved Ringsted, Denmark

Acacimenus maheshai, lateral habitus (BMNH)

Memnonia brunnea, female, head, laterally (Oman, P. W. 1949, The Nearctic leafhoppers (Homoptera: Cicadellidae). A generic classification and check list. Memoirs of the Entomological Society of Washington. 3:1-253.)

Figures 3–7. Taperus Daozhenensis sp. n. 3 Male pygofer, lateral view 4 Aedeagus, lateral view 5 Aedeagus, ventral view 6 style and connective 7 Subgenital plate.

Figure 2. Tacora johanni sp. n., male holotype. a head, pronotum and mesonotum, dorsal view b anterior portion of body, lateral view c left forewing.

Figures 11–17.Kapsa quadrispina sp. n. 11 Head and thorax, dorsal view 12 Abdominal apodemes 13 Pygofer lobe, lateral view 14 Subgenital plate 15 Style, aedeagus and connective, ventral view 16 Aedeagus, lateral view 17 Connective.

Figure 2.Tardrabassus pakneunensis sp. n. A head, anteroventral view B front femur, anterior view C front tibia and tarsus, anterior view D hind leg (except coxa and trochanter), anterior view E male pygofer and subgenital plate, lateral view (chaetotaxy of plate not shown) F male genitalia and anal tube, lateral view: anal tube (X), membranous internal lobes of genital capsule (ml), aedeagus (a), connective (c) and style (s) G apex of aedeagus, caudal view H aedeagus, lateral view I connective, dorsal view J style, lateral view K left subgenital plate, ventral view.

Figures 19–35.19–33 Membranacea stenoprocessa Yu & Yang, sp. n., 19 head and thorax, dorsal view 20 face 21 head and thorax, lateral view 22 forewing 23 hindwing 24 male terminalia, lateral view 25 male abdominal apodemes 26 male pygofer, dorsal view 27 male pygofer, lateral view 28 subgenital plate, ventral view 29 aedeagus, ventral view 30 aedeagus, lateral view 31 paramere, dorsal view 32 male anal tube, ventral view 33 connective 34–35 Membranacea plana Qin & Zhang 34 aedeagus, ventral view 35 aedeagus, lateral view. Figs 34 and 35 from Qin, Liu & Zhang, 2011.

Figure 37–42.Male genitalia of Signoretia. 37–39 Signoretia malaya. 37 genital capsule, lateral view 38 connective, styles, and aedeagus, dorsal view 39 connective, styles, and aedeagus, lateral view 40–42 Signoretia yangli 40 connective and styles, dorsal view 41 style, lateral view 42 aedeagus, lateral view.

Figure 2.Exitianus nanus.A style, dorsal view B, C aedeagus, ventral and lateral view, respectively.

Figure 1.Dorsal habitus. A Balera floripara sp. n. B Habralebra amoena. Scale = 1 mm.

Figures 22–30.22–23 Dayus trifurcatus Yu & Yang, sp. n., 22 forewing 23 hind wing 24–30 Dayus serratus Yu & Yang, sp. n., 24 male genitalia, lateral view 25 male abdominal apodemes 26 male pygofer, dorsal view 27 subgenital plate, ventral view 28 paramere 29 aedeagus and connective, dorsal view 30 aedeagus and connective, lateral view.

Figures 9–18.Circinans striata Qin & Lu, sp. n. 9 forewing 10 hindwing 11 male genitalia, left lateral view 12 anal tube and anal styli, left lateral view 13 paramere, connective and subgenital plate, dorsal view 14 subgenital plate, dorsal view 15 aedeagus, left lateral view 16 aedeagus, dorsal view 17 connective 18 paramere.

Figures 12–22.Abrus expansivus sp. n., 12 ♂, dorsal view 13 ♂, lateral view 14 ♂, head and thorax, dorsal view 15 ♂, face 16 Male pygofer side, lateral view 17 Valve, ventral view 18 Subgenital plate, ventral view 19 Aedeagus, lateral view 20 Aedeagus, caudal view 21 Connective, ventral view 22 Style, dorsal view.

Figures 16–22.Tambocerus longicaudatus Qu & Dai, sp. n. 16 Pygofer in lateral view 17 Valve and subgenital fig in ventral view 18 Style in dorsal view 19 Pygofer in dorsal view 20 Aedeagus in front view 21 Aedeagus in lateral view 22 Connective in dorsal view.

Figures 53–60.Pedionis (Pedionis) tabulatusLi, Dai & Li sp. n. 53 Male pygofer side, lateral view 54 Subgenital plate, lateral view 55 Aedeagus, ventral view 56 Aedeagus, lateral view 57 Style, dorsal view 58 Dorsal connective 59 Connective, dorsal view 60 Connective, lateral view.

All Biocode files are based on field identifications to the best of the researcher’s ability at the time.

All Biocode files are based on field identifications to the best of the researcher’s ability at the time.