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513 results for “Sawflies”
Figure 6. Zenarge turneri. Abdomen female. A in From Arge to Zenarge: adult morphology and phylogenetics of argid sawflies (Hymenoptera: Argidae)
Figure 6. Zenarge turneri. Abdomen female. A, habitus, dorsal view. B, terminalia, lateral view. C–D, diagram of terminalia. C, ventral view. D, dorsal view. E, ovipositor, posterior view. F, terminalia, dorsal view. G, abdominal T9 microtrichia. Abbreviations: A = anal vein, an = anus, astT9 = antecosta of abdominal tergum 9, cr = cercus, cu-a = cubitoanal crossvein, Cu1 = cubital vein, dfVv3 = dorsal bridge of third valvifer, mbrVv = dorsal membrane of ovipositor valvulae, M.Cu* = mediocubital cell, rvVv = ventral ramus of valvula, rdVv = dorsal ramus of valvula, S = abdominal sternum, T = abdominal tergum, vf = valvifer, vv = valvula.
Figure 17. A–D in From Arge to Zenarge: adult morphology and phylogenetics of argid sawflies (Hymenoptera: Argidae)
Figure 17. A–D. Wings and pteralia characters and states ♀. A, Trichorhachus sp. B, Triarge nigra. C, Asiarge shnitnikovi. D, Styphelarge abdominalis. E–H, third valvula of ovipositor. E, Atomacera coerulescens, ventral view. F, Arge berberidis, dorsal view. G, Tanyphatnidea microcephala, posterior view. H, Arge pullata, posterior view. Wing sclerotizations encircled. Abbreviations: A* = anal cell, M* = median cell, R1* = radial 1 cell, vv3 = third valvula, vf2 = 2nd valvifer, mmvv3 = median margin of ovipositor, T = abdominal tergum.
Figure 16 in From Arge to Zenarge: adult morphology and phylogenetics of argid sawflies (Hymenoptera: Argidae)
Figure 16. Wings and pteralia characters and states ♀. A, Trailia analis. B, Neurogymnia nigricosta. C, Trochophora lobata. Wing sclerotizations encircled. Abbreviations: A = anal vein, ax = axillary sclerite, M* = median cell, R1* = radial 1 cell first (1R1*).
Figure 1 in From Arge to Zenarge: adult morphology and phylogenetics of argid sawflies (Hymenoptera: Argidae)
Figure 1. Zenarge turneri ♀. Measurements used in morphological matrix. A–B, head. A, frontal view. B, lateral view. C, maxilla. D, hind leg. E, mesoscutellum and metanotum. F, fore wing Acrogymnia sp. Abbreviations: as = antennal sockets, atp = anterior tentorial pits, M = median vein, R = radial vein, Rs = radial sector vein.
Figure 19 in From Arge to Zenarge: adult morphology and phylogenetics of argid sawflies (Hymenoptera: Argidae)
Figure 19. Male genitalia characters and states ♂, ventral and dorsal view. A–C, Zenarge turneri. A, ventral. B, cupula, lateral view. C, dorsal. D–F, Trichorhachus nitida. D, ventral. E, cupula, lateral view. F, dorsal. G–J, Scobina semifusca. G, ventral. H, fibula ducti, anterior view. I, dorsal. J–K, Atomacera coerulescens. J, ventral. K, dorsal. L–M, Aproceros leucopoda. L, ventral. M, dorsal. N–O, Sjoestedtia meruensis. N, ventral. O, dorsal. P–Q, Sphacophilus cellularis. P, ventral. Q, dorsal. R, Neoptilia biramosa, dorsal. S, Durgoa mattogrosensis, dorsal. Abbreviations: bpr = basiparameres, cup = cupula, fd = fibula ducti, prl = parapenis lobe, tpc = teloparameral carina, tpr = teloparamere.
Figure 5. Zenarge turneri. A, wing venation. B in From Arge to Zenarge: adult morphology and phylogenetics of argid sawflies (Hymenoptera: Argidae)
Figure 5. Zenarge turneri. A, wing venation. B, anterior margin, hind wing. C–D, midleg. C, tibia and proximal tarsus. D, preapical tibial spurs. E, hind leg. F, plantulae basitarsomere hind leg. G, pretarsus hind leg, ventral view. H, fore leg apical tibial spur. I, hind leg apical tibial spur. Wing sclerotizations encircled. Abbreviations: A = anal vein, a-a = anal crossvein, ats = apical tibial spurs, AP* = proximal anal cell, AD* = distal anal cell, btr = basitarsomere, C = costal vein, C* = costal cell, Cu1 = cubital vein, cu-a = cubitoanal crossvein, ham = hamulus, M = median vein, M* = median cell, M.Cu* = mediocubital cell, m-cu = mediocubital crossvein, ptl = plantulae, pts = preapical tibial spurs, R = radial vein, R.Sc* = radialsubcostal cell, R1* = radial 1 cell first (1R1*) and second (2R1*), Rs = radial sector vein, Rs* = radial sector cell, r-m = radiomedian crossvein, r-rs = radial crossvein, Sc = subcostal vein, tb = tibia, tr = tarsomere.
Figure 4 in From Arge to Zenarge: adult morphology and phylogenetics of argid sawflies (Hymenoptera: Argidae)
Figure 4. Zenarge turneri ♀. A, basalare, dorsal view. B, metanotum, dorsal view. C, mesothorax, lateroposterior view. D, metapleuron. E, mesofurca, anterior view. F–G, metafurca. F, posterior view. G, lateroposterior view. Abbreviations: eps = episternum, em = epimeron, iss = intersegmental sulcus, lph = laterophragma, pnt = postnotum, sp = spiracle, tems = transepimeral sulcus, T1 = first abdominal tergum.
Figure 8. Zenarge turneri. A–B, abdomen male. A in From Arge to Zenarge: adult morphology and phylogenetics of argid sawflies (Hymenoptera: Argidae)
Figure 8. Zenarge turneri. A–B, abdomen male. A, habitus, dorsal view. B, habitus lateral view. C–D, male terminalia. C, habitus dorsal view. D, habitus ventral view. E–F, male genitalia. E, habitus ventral view. F, habitus, dorsal view. G–H, teloparamere (= harpe). G, dorsal view. H, ventral view. I–J, penisvalva. I, habitus. J, distal region, valvura. K, genital capsule, ventral view. L–O, volsella. L, habitus. M, distal region, posterior view. N–O, digiceps teeth on apex. Abbreviations: atT2 = acrotergite of tergum 2, acsT2 = antecostal sulcus of tergum 2, bpr = basiparameres, cr = cercus, cup = cupula, fm = femur, pnt3 = third postnotum, pv = penisvalva, S = abdominal sternum, T = abdominal tergum, tb = tibia, tc=trochanter, tcl = trochantellus, tpr = teloparamere, vlc = valviceps, vlv = valvura, voll = volsella.
Figure 7. Zenarge turneri ovipositor. A in From Arge to Zenarge: adult morphology and phylogenetics of argid sawflies (Hymenoptera: Argidae)
Figure 7. Zenarge turneri ovipositor. A, habitus, lateral view. B, apex. C, lateral campaniform sensilla. D–F, 2nd valvula. D, habitus. E, mid region. F, ventral region. G–K, 1st valvula. G, habitus. H, lamnium. I, ventral region. J, inner wall. K, egg canal, inner wall. Abbreviations: lCpS = lateral campaniform sensilla, vv = valvula.
Figure 12 in From Arge to Zenarge: adult morphology and phylogenetics of argid sawflies (Hymenoptera: Argidae)
Figure 12. Thorax characters and states ♀. A–D, propleuron, ventral view. A, Neodiprion sertifer (Diprionidae). B, Dielocerus formosus. C, Trichorhachus sp. D, Abia fasciata (Cimbicidae). E–G, mesothorax, anterior view. E, Neodiprion sertifer (Diprionidae). F, Ptilia versicolor. G, Abia fasciata (Cimbicidae). H, Atomacera pubicornis, metaepimeron. I–K, mesothorax and metathorax, lateral view. I, Arge pullata. J, Sterictiphora furcata. K, Sphacophilus crawii. Abbreviations: dis = discrimen, em = epimeron, eps = episternum, keps = katepisternum, ifrs = infraepimeral sulcus, iss = intersegmental sulcus, ppc = prepectus, ppl = propleuron, pnds = pronotal diagonal sulcus, pss = postspiracular sclerite, prel = preepisternal lobe of metapleuron, prn = pronotum, ps = pleural suture, pstns = pseudosternal sulcus, sp = spiracles, stn = thoracic sternum, tn = thoracic sternum, T = abdominal tergum, tems = transepimeral sulcus, wp = pleural wing process.
Figure 9. Antenna characters and states. A in From Arge to Zenarge: adult morphology and phylogenetics of argid sawflies (Hymenoptera: Argidae)
Figure 9. Antenna characters and states. A, Pampsilota zebra ♂. B, Aprosthema tardum ♂. C, Digelasinus diversipes ♀, proximal region. D, Pampsilota dahomeyanus ♂. E, Arge pullata ♂. F, Tanyphatnidea microcephala ♀. G, Antargidium sp. H, Triarge nigra ♀. Abbreviations: fl = flagellum, ol = lateral ocellus, om = median ocellus, pdc = pedicel, scp = scape.
FIGURE 1 in First fossil representative of the sawfly subfamily Blennocampinae (Hymenoptera: Tenthredinidae)
FIGURE 1. Eutomostethus karimae sp. nov., holotype UCM-61412. A, Photograph of habitus. B, Detailed photograph of body. C, Detailed photograph of wing. Scale bars = 1 mm.
FIGURE 2 in First fossil representative of the sawfly subfamily Blennocampinae (Hymenoptera: Tenthredinidae)
FIGURE 2. Extant representatives of Eutomostethus and Tomostethus. A, E. longidentus Wei, 2003, male. B, T. fraxini (de Geer, 1775), female. Scale bars = 5mm (A), 2 mm (B).
FIGURE 1 in The oldest fossil of the sawfly subfamily Nematinae (Hymenoptera: Tenthredinidae) from the Paleocene of Menat (France)
FIGURE 1. Paleonematus jarzembowskii gen. et sp. nov., holotype MNT Nel 4296. A, Photograph. B, Reconstruction. Vein names in black, cell names in red. Scale bars = 1 mm.
Supplementary material 1 from: Liston A, Mutanen M, Heidemaa M, Blank SM, Kiljunen N, Taeger A, Viitasaari M, Vikberg V, Wutke S, Prous M (2022) Taxonomy and nomenclature of some Fennoscandian Sawflies, with descriptions of two new species (Hymenoptera, Symphyta). Deutsche Entomologische Zeitschrift 69(2): 151-218. https://doi.org/10.3897/dez.69.84080
Taxonomy and nomenclature of some Fennoscandian Sawflies, with descriptions of two new species (Hymenoptera, Symphyta): studied specimens
FIGURE 3 in DNA Barcodes Identify the Larvae and Unassociated Male of Three Onycholyda Sawflies (Hymenoptera, Pamphiliidae) from China
FIGURE 3. Onycholyda fulvicornis, larval leaf-rolls (A–C) and mature larvae (D–H), all collected at Chanyuansi, Mt. Tianmushan, Zhejiang Province, and photographed indoors by A. Shinohara. A, Leaf-roll on Rubus hirsutus, April 16, 2014; B, leaf-roll on R. hirsutus, April 16, 2014; C, leaf-roll on R. hirsutus, April 14, 2015 (collected April 12); D, F, H, mature larva (sample no. 495), matured and photographed April 28, 2014 (collected April 16); E, G, mature larva (sample no. 573), matured and photographed April 23, 2015 (collected April 9). Remains of egg shells arrowed in A–C.
FIGURE 2 in DNA Barcodes Identify the Larvae and Unassociated Male of Three Onycholyda Sawflies (Hymenoptera, Pamphiliidae) from China
FIGURE 2. Onycholyda xanthogaster, larval leaf-rolls (A–C) and larvae (D–J), photographs taken at the site about 32 km from Baoguosi on Mt. Emeishan, Sichuan Province (A–C) and indoors (D–J) by A. Shinohara in 2014. --- A, Two leaf-rolls on Rubus inopertus, May 24, seen from above; B, same leaf-rolls, seen from below; C, leaf-roll on R. inopertus, May 24; D, E, early instar larva, May 24; F, H, I, middle instar larva, May 24; G, late instar? larva, May 28; J, mature larva (sample no. 607), matured on May 30, photographed on June 2.
FIGURE 1 in DNA Barcodes Identify the Larvae and Unassociated Male of Three Onycholyda Sawflies (Hymenoptera, Pamphiliidae) from China
FIGURE 1. The maximum likelihood tree based on 612 bp of mitochondrial CO1 gene sequence (-ln likelihood = 1722.8469). Numbers on branches indicate bootstrap values for ML and MP analyses (shown only for higher nodes with>50). Each terminal label represents the sample number (upper 28 individuals) or GenBank accession number (lower three).
FIGURE 4 in DNA Barcodes Identify the Larvae and Unassociated Male of Three Onycholyda Sawflies (Hymenoptera, Pamphiliidae) from China
FIGURE 4. Onycholyda tianmushana, male, Kaishan Laodian, Mt. Tianmushan. --- A, Dorsal view; B, ventral view; C, head, frontodorsal view; D, left mandible, dorsal view; E, right mandible dorsal view. A–C, photographed by T. Komatsu.
FIGURE 1 in Taxonomy, phylogeny and host plants of some Abia sawflies (Hymenoptera, Cimbicidae)
FIGURE 1. Phylogenetic relationships among the studied Abia species. Bayesian trees based on the COI (A), cytb (B), 28S (C), concatenated cytb-28S (D) and COI-cytb-28S (E) datasets. Bayesian posterior probabilities (>0.50) / parsimony bootstraps (>50) are given in Fig. 1A-D and Bayesian posterior probabilities obtained for the species tree / concatenated COI-cytb-28S (>0.50) are given in Fig. 1E. Voucher numbers (of JLB sawfly collection) or GenBank accession numbers are given after the sawfly species names. On the right part of the trees, genus names of host plants are listed according to: 1Benson (1951), 2Taeger et al. (1998), 3Savina & Chevin (2012), 4Chevin (2001), 5Benson (1946), 6Smith (1979), 7Harizanova et al. (2012), 8Liston & Späth (2006), 9Savina & Liston (2009). (?) No larvae, but adults have mostly been found on or near Lonicera alpigena.
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