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8 results for “Rhogogaster”
FIGURE 7. a–m in European Rhogogaster s. str., with notes on several Asian species (Hymenoptera: Tenthredinidae)
FIGURE 7. a–m: Rhogogaster magniserrula (holotype)—a dorsal view, b–c head and thorax dorsal view, d head and thorax laterally, e lance and lancet, f serrulae from the middle of the saw, g claw of hind leg, h hind tarsus, i 1st – 3rd plantar lobe, j face, k mesoscutellum and appendage in dorsolateral view, l labels, m antenna. n–r: R. magniserrula (paratype from Kirov)— n dorsal view, o head and thorax dorsolateral view p face oblique, q head dorsally, r labels.
FIGURE 5. a–f in European Rhogogaster s. str., with notes on several Asian species (Hymenoptera: Tenthredinidae)
FIGURE 5. a–f: serrulae from the middle of the saw, with marked angle of cypsella—a–b Rhogogaster scalaris, c R. viridis, d R. polaris, e R. magniserrula, f R. magniserrula (worn). g–n: lancet (in h and k also lance) with details of serrulae—g, i, k R. polaris, h R. punctulata, j, l R. scalaris, m R. viridis, n R. magniserrula.
FIGURE 6. a–j in European Rhogogaster s. str., with notes on several Asian species (Hymenoptera: Tenthredinidae)
FIGURE 6. a–j: penis valves—a–b Rhogogaster scalaris, c R. chlorosoma, d R. auctor (holotype), e R. punctulata, f R. polaris, g R. sibirica (paralectotype), h R. viridis, i R. naias (paratype). j–n: drawings of penis valves by Benson (1943, 1952, 1965) and Ross (1943)—j R. scalaris (as R. viridis), k R. chlorosoma, l R. punctulata, m R. californica, n R. viridis (as R. dryas). o: variability of penis valves in R. polaris (all from Sweden, Abisko area). p: records of R. magniserrula (displayed with Map data, © Basarsoft, Google).
FIGURE 2. a in European Rhogogaster s. str., with notes on several Asian species (Hymenoptera: Tenthredinidae)
FIGURE 2. a Modified BOLD TaxonID Tree to illustrate the percentage distance of COI-5P sequences of Rhogogaster groups. b Molecular Phylogenetic analysis by Maximum Likelihood method, based on COI-5P data. The evolutionary history was inferred by using the Maximum Likelihood method based on the Tamura-Nei model (Tamura & Nei 1993). The tree with the highest log likelihood (-3631.1492) is shown. The percentage of trees in which the associated taxa clustered together is shown next to the branches. Initial tree(s) for the heuristic search were obtained automatically by applying Neighbor-Join and BioNJ algorithms to a matrix of pairwise distances estimated using the Maximum Composite Likelihood (MCL) approach, and then selecting the topology with superior log likelihood value. The tree is drawn to scale, with branch lengths measured in the number of substitutions per site. The analysis involved 65 nucleotide sequences. Codon positions included were 1st+2nd+3rd+Noncoding. All positions containing gaps and missing data were eliminated. There were a total of 556 positions in the final dataset. Evolutionary analyses were conducted in MEGA6 (Tamura et al. 2013). (Capture as provided by MEGA6, references adopted). c–g: color variability of R. scalaris—c ♂ (France, Midi-Pyrénées: Barèges), d–e ♀ (Sweden, Malung), f ♀ (Sweden, Abisko), g ♂ (Sweden, Härjedalen, Hede)
FIGURE 4. a–x in European Rhogogaster s. str., with notes on several Asian species (Hymenoptera: Tenthredinidae)
FIGURE 4. a–x: head in dorsal view—a Rhogogaster punctulata, b R. chlorosoma, c R. chlorosoma (paratype), d R. scalaris (R. chlorosoma podkumokensis lectotype), e R. scalaris, f R. scalaris, g R. scalaris (R. carpatica lectotype), h R. scalaris, i R. viridis, j R. viridis (R. dryas paratype), k R. viridis, l R. polaris, m R. sibirica (lectotype), n R. magniserrula (holotype), o R. magniserrula (paratype from Russia), p R. magniserrula (holotype, oblique view), q R. robusta (holotype), r R. auctor (holotype), s R. naias (paratype), t R. bactriana (R. bactriana lindti paratype), u R. genistae (R. genistae viridifrons lectotype), v R. gilva (lectotype), w Tenthredo virescens (lectotype), x T. olivacea (R. viridis var. montana lectotype).
FIGURE 3. a–f in European Rhogogaster s. str., with notes on several Asian species (Hymenoptera: Tenthredinidae)
FIGURE 3. a–f: color pattern in dorsal view—a Rhogogaster punctulata ♂, b R. punctulata ♀, c–d R. chlorosoma ♂, e R. polaris ♂, f R. scalaris ♀. g–n: 1st and 2nd plantar lobe of hind tarsus—g R. punctulata ♂, h R. chlorosoma ♂, i R. chlorosoma ♀, j R. sibirica ♀ (lectotype), k R. scalaris ♀ (lectotype), l R. scalaris ♂, m R. scalaris ♀, n R. scalaris ♂ (lectotype R. chlorosoma podkumokensis). o–r: mesoscutellum and appendage in dorsolateral view—o–p R. viridis, q–r R. polaris. s–t: thorax in dorsal view—s R. chlorosoma, t R. scalaris. u–y: figures of R. gayuboi (from Llorente Vigil, 1988)—u face, v head dorsal, w penis valve, x mesoscutellum and appendage dorsal, y abdomen.
FIGURE 1. a–b in European Rhogogaster s. str., with notes on several Asian species (Hymenoptera: Tenthredinidae)
FIGURE 1. a–b: Rhogogaster scalaris ♀ alive, from France, Midi-Pyrénées: Barèges 3km ENE; 1450 m—a dorsal view b lateral view. c–d: face and shape of mandibles and clypeus in frontal view—c R. scalaris ♀, d R. punctulata ♂. e–f: head and thorax laterally, arrows in direction of anterior and ventral margin of pronotum—e R. sibirica: without submarginal furrow, f Tenthredo aericeps Konow, 1907: with submarginal furrow. g–h: apex of hind tibia, tibial spurs and basal tarsomeres—g T. virescens (lectotype), h R. scalaris (lectotype).
FIGURE 23. Rhogogaster kaszabi, holotype 3. a. dorsal, scale 5 in The type specimens of Tenthredo Linnaeus, 1758 (Hymenoptera: Tenthredinidae) deposited in the Hungarian Natural History Museum
FIGURE 23. Rhogogaster kaszabi, holotype 3. a. dorsal, scale 5 mm; b. lateral; c. head dorsal; d. face; e. labels.
ScienceDex guides
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