| Literature DB >> 29308026 |
Ilgoo Kang1, Eric G Chapman1, Daniel H Janzen2, Winnie Hallwachs2, M Alex Smith3, Michael J Sharkey1.
Abstract
Thirty two new species of Lytopylus (Agathidinae) are described with image plates for each species: Lytopylus alejandromasisisp. n., Lytopylus alfredomainierisp. n., Lytopylus anamariamongeaesp. n., Lytopylus angelagonzalezaesp. n., Lytopylus cesarmoraisp. n., Lytopylus eddysanchezisp. n., Lytopylus eliethcantillanoaesp. n., Lytopylus ericchapmanisp. n., Lytopylus gahyunaesp. n., Lytopylus gisukaesp. n., Lytopylus guillermopereiraisp. n., Lytopylus gustavoinduniisp. n., Lytopylus hartmanguidoisp. n., Lytopylus hernanbravoisp. n., Lytopylus hokwonisp. n., Lytopylus ivanniasandovalaesp. n., Lytopylus johanvalerioisp. n., Lytopylus josecortesisp. n., Lytopylus luisgaritaisp. n., Lytopylus mariamartachavarriaesp. n., Lytopylus miguelviquezisp. n., Lytopylus motohasegawaisp. n., Lytopylus okchunaesp. n., Lytopylus pablocobbisp. n., Lytopylus robertofernandezisp. n., Lytopylus rogerblancoisp. n., Lytopylus salvadorlopezisp. n., Lytopylus sangyeonisp. n., Lytopylus sarahmeierottoaesp. n., Lytopylus sergiobermudezisp. n., Lytopylus sigifredomarinisp. n., and Lytopylus youngcheaesp. n. A dichotomous key and a link to an electronic, interactive key are included. All specimens were reared from Lepidoptera larvae collected in Area de Conservación Guanacaste (ACG) and all are associated with ecological information including host caterpillar, collection date, eclosion date, caterpillar food plant, and locality. Neighbor-joining and maximum likelihood analyses of the barcode region of the mitochondrial cytochrome c oxidase subunit I gene (COI DNA barcode) were conducted to aid in species delimitation.Entities:
Keywords: Costa Rica; DNA barcoding; host use; parasitoid wasps; species limits; taxonomy
Year: 2017 PMID: 29308026 PMCID: PMC5740408 DOI: 10.3897/zookeys.721.20287
Source DB: PubMed Journal: Zookeys ISSN: 1313-2970 Impact factor: 1.546
Figure 1.The NJ tree of the COI DNA barcode region for twenty-nine of the thirty-three species treated here. Triangles represent collapsed clades; their lengths (measured horizontally) represent the distance from the most basal node to the apex of the longest branch. The number of specimens in each triangle is given in parentheses following the species name. The node labeled with a red “A” is discussed in the text.
Figure 2.Tree of highest log-likelihood from 20 ML search reps of the COI data set. Terminals with bold-faced type indicate species described herein. ML bootstrap values appear above the branches. Triangles represent collapsed clades; their lengths (measured horizontally) represent the distance from the most basal node to the apex of the longest branch. The number of specimens in each triangle is given in parentheses following the species name. The node labeled with a red “A” is discussed in the text.
Figure 3.holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E fore wing F hind wing.
Figure 4.holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E wings.
Figure 5.holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E fore wing F hind wing.
Figure 6.holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E fore wing F hind wing.
Figure 7.holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E fore wing F hind wing.
Figure 8.: A lateral habitus B anterior head C propodeum D dorsal habitus E fore wing F hind wing.
Figure 9.holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E fore wing F hind wing.
Figure 10.holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E wings.
Figure 11.holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E fore wing F hind wing.
Figure 12.holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E fore wing F hind wing.
Figure 13.holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E wings.
Figure 14.holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E fore wing F hind wing.
Figure 15.holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E fore wing F hind wing.
Figure 16.holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E fore wing F hind wing.
Figure 17.holotype: A lateral habitus B mid leg C hind leg D anterior head E propodeum F dorsal habitus G fore wing H hind wing.
Figure 18.holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E fore wing F hind wing.
Figure 19.holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E fore wing F hind wing.
Figure 20.holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E fore wing F hind wing.
Figure 21.holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E fore wing F hind wing.
Figure 22.holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E fore wing F hind wing.
Figure 23.holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E fore wing F hind wing.
Figure 24.holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E fore wing F hind wing.
Figure 25.male: A lateral habitus B anterior head C propodeum D dorsal habitus E fore wing F hind wing.
Figure 26., holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E fore wing F hind wing.
Figure 27.male: A lateral habitus B anterior head C propodeum D dorsal habitus E fore wing F hind wing.
Figure 28.holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E fore wing F hind wing.
Figure 29.holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E fore wing F hind wing.
Figure 30.holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E fore wing F hind wing.
Figure 31.holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E fore wing F hind wing.
Figure 32.holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E fore wing F hind wing.
Figure 33.holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E fore wing F hind wing.
Figure 34.holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E wings.
Figure 35.holotype: A lateral habitus, B. anterior head C propodeum D dorsal habitus E fore wing F hind wing.
Figure 36.holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E fore wing F hind wing.
Figure 37.holotype: A lateral habitus B anterior head C propodeum D dorsal habitus E fore wing F hind wing.
| 1 | A. Fore wing mostly or entirely infuscated |
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| – | B. Fore wing hyaline or with a slight yellow tinge |
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| – | C. Fore wing with one apical black band |
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| – | D. Fore wing with two black bands |
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| 2(1) | A. Median tergites mostly or entirely melanic (brown to black) |
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| – | B. Median tergites entirely pale (yellow to orange) or mostly pale with posterior terga black |
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| 3(2) | A. Scutellar sulcus with at least one longitudinal carina |
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| – | B. Scutellar sulcus lacking longitudinal carinae |
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| 4(3) | A. Lateral tergites one and two entirely white |
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| – | B. Lateral tergites one and two mostly or entirely yellow |
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| 5(4) | A. Hind femur mostly pale (yellow to orange) or black and pale with a similar percentage of each color |
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| – | B. Hind femur mostly black, pale apically |
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| 6(3) | A. Mesoscutum mostly or entirely melanic (brown to black) |
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| – | B. Mesoscutum mostly or entirely pale (yellow to orange) |
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| 7(6) | A. Pronotum entirely pale (yellow to orange) |
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| – | B. Pronotum bicolored |
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| 8(7) | A. Anterior transverse carina of propodeum reaching the lateral margin |
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| – | B. Anterior transverse carina of propodeum not reaching the lateral margin or absent |
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| 9(7) | A. Mesopleuron bicolored |
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| – | B. Mesopleuron entirely pale (yellow to orange) |
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| 10(2) | A. Mesoscutum mostly or entirely melanic |
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| – | B. Mesoscutum mostly or entirely pale (yellow to orange) |
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| 11(10) | A. Anterior transverse carina of propodeum reaching the lateral margin |
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| – | B. Anterior transverse carina of propodeum not reaching the lateral margin or absent |
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| 12(11) | A. Hind coxa entirely black |
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| – | B. Hind coxa mostly or entirely pale |
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| 13(12) | A. Scutellar sulcus with at least one longitudinal carina |
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| – | B. Scutellar sulcus lacking longitudinal carinae |
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| 14(13) | A. Median syntergite 2+3 1.4× longer than wide |
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| – | B. Median syntergite 2+3 as long as wide |
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| 15(11) | A. Lateral longitudinal carinae of median tergite 1 well-defined |
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| – | B. Lateral longitudinal carinae of median tergite 1 blunt |
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| 16(15) | A. Median areola of propodeum spindle-shaped; median areola length 6× its width; median areola closed posteriorly |
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| – | B. Median areola of propodeum wide anteriorly narrow and not closed posteriorly; median areola length 11× its width |
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| 17(15) | A. Median areola of propodeum with well-defined margins |
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| – | B. Median areola of propodeum lacking well-defined margins |
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| 18(10) | A. Anterior transverse carina of propodeum reaching the lateral margin |
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| – | B. Anterior transverse carina of propodeum not reaching the lateral margin or absent |
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| 19(18) | A. Pronotum entirely pale (yellow to orange) |
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| – | B. Pronotum bicolored |
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| 20(19) | A. Vertex of head entirely melanic; hind tibia black basally and distally, yellow at mid-length |
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| – | B. Vertex of head mostly or entirely yellow; hind tibia pale basally, black apically |
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| 21(18) | A. Fore wing second submarginal cell weakly quadrate |
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| – | B. Fore wing second submarginal cell triangular |
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| 22(21) | A. Pronotum entirely pale (yellow to orange) |
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| – | B. Pronotum bicolored |
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| 23(22) | A. Median areola length 4× its width; median areola of propodeum kite-shaped |
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| – | B. Median areola length 15× its width; median areola of propodeum spindle-shaped |
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| 24(21) | A. Apical flagellomeres usually bright yellow, always distinctly paler than subapical flagellomeres |
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| – | B. Apical flagellomeres brown not distinctly paler than subapical flagellomeres |
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| 25(24) | A. Median areola of propodeum kite-shaped |
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| – | B. Median areola of propodeum spindle-shaped |
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| 26(25) | A. Vertex of head entirely melanic |
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| – | B. Vertex of head mostly or entirely yellow |
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| 27(26) | A. Median syntergite 2+3 1.1 times longer than wide |
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| – | B. Median syntergite 2+3 1.5 times longer than wide |
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| 28(1) | A. Median tergites mostly or entirely melanic (brown to black) |
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| – | B. Median tergites entirely pale (yellow to orange) or mostly pale with posterior terga black |
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| 29(28) | A. Anterior transverse carinae of propodeum reaching the lateral margin; median areola of propodeum kite-shaped |
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| – | B. Anterior transverse carinae of propodeum not reaching the lateral margin or absent; median areola of propodeum spindle-shaped |
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| 30(29) | A. Fore wing RS+Ma tubular on more than half its length |
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| – | B. Fore wing RS+Ma tubular on less than one third its length |
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| 31(1) | A. Vertex of head mostly or entirely melanic |
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| – | B. Vertex of head mostly or entirely yellow |
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| 32(31) | A. Mid tibia mostly black, yellow basally |
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| – | B. Mid tibia with a sub-basal black patch and black apically, yellow at mid-length and basally |
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| 33(1) | A. Pronotum entirely melanic |
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| – | B. Pronotum bicolored |
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| 34(33) | A. Lateral longitudinal carinae of median tergite 1 well-defined |
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| – | B. Lateral longitudinal carinae of median tergite 1 blunt. |
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