Erythraeus (Erythraeus) chrysoperlae, Khanjani, Mohammad, Mirmoayedi, Ali-Naghi, Fayaz, Bahman Asali & Sharifian, Tahereh, 2012
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publication ID |
https://doi.org/ 10.5281/zenodo.214618 |
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DOI |
https://doi.org/10.5281/zenodo.5681233 |
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persistent identifier |
https://treatment.plazi.org/id/03AD878C-FFA6-AB6D-F9E2-C1B2FD2BFA34 |
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treatment provided by |
Plazi |
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scientific name |
Erythraeus (Erythraeus) chrysoperlae |
| status |
sp. nov. |
Erythraeus (Erythraeus) chrysoperlae sp. nov. (n=1)
( Figs. 17–31 View FIGURES 17 – 20 View FIGURES 21 – 25 View FIGURES 26 – 31 )
Type material. Holotype larva from a green lacewing, Chrysoperla kolthoffi (Navas) ( Neuroptera : Chrysopidae ), Shahanjarin, Razan (35º 13ʹ 22ʺ N, 49º 10ʹ 16ʺ E, 1825 m a.s.l), Hamedan Province, 8 June 2009, by A. N. Mirmoayedi.
Diagnosis. Basifemora I–III with three setae, Ti I with 14 seate, palp tarsus with eight setae (including one solenidion and one eupathidion), fD 35, fV 14, NVD 49, IP 2670.
Description. Dorsum ( Figs. 17–18 View FIGURES 17 – 20 ). Scutum with two pairs of barbed setae (AL and PL) and two pairs of barbed sensillae (AM and S). Posterior sensilla (S) about 2.5 times longer than anterior sensillary (AM), anterior half-length barbed. Both lateral scutal setae (AL, PL) fully barbed, anterolateral setae (AL) 1.3 times longer than posterolateral setae (PL) ( Fig. 18 View FIGURES 17 – 20 ). Scutum almost trapezoid, anterior margin concave; two pairs of eyes posterolateral to scutum, first 17 and second 14 in diameter. Opisthosoma with 35 rather long and barbed setae ( Fig. 17 View FIGURES 17 – 20 ). fD = 35. Supracoxal seta of coxa I 4 long ( Fig. 20 View FIGURES 17 – 20 ).
Venter ( Fig. 20 View FIGURES 17 – 20 ). With two pairs of thickened, short, barbed setae between coxae I (1a 36) and III (3a 25), and coxae I–III with one barbed seta (1b 101; 2b 32; 3b 37). Opisthogaster with seven pairs of setae. fV=14.
Gnathosoma ( Figs. 19 View FIGURES 17 – 20 , 21–22 View FIGURES 21 – 25 ). Infracapitulum with one pair of subcapitular setae, Hy 35 and one adoral seta Or 30. Distance between setae as follows: Or -Or 60; Hy -Hy 35. Palp five-segmented, femur and genu each with one barbed seta, tibia with three barbed setae and with bifurcate claw 27, 30 long, tarsus with eight setae comprising six smooth setae, a eupathidion and a solenidion (11 long) (0-0-B-B-BBB2-6Nwx). Supracoxal seta 5 long ( Fig. 19 View FIGURES 17 – 20 ).
Legs ( Figs. 21–31 View FIGURES 21 – 25 View FIGURES 26 – 31 ). Legs seven segmented, long and bearing barbed setae, tibiae longer than other segments, femora divided into basi- and telofemora. Tarsi terminate in two lateral claws and a claw-like empodium. Chaetotaxy of segments as follows: coxae 1-1-1; trochanters 1-1-1; basifemora 3-3-3; telofemora 5-5-5; genua 8+1 s +1 k - 8+1 k -8; tibiae 14+2 j +1 k +1 Cp -15+2 j -15+1 j; tarsi 27+ 2 x +1 w +1 e +1 Cp -24+ 2 x +1 w +1 Cp -24+ 1 x. Length of legs solenidia: w I 24; w II 18; e I 4; Cp Ta I 6; Cp Ta II 6; j I 29; j I 43; j II 31; j II 10; j III 18; k Ti I 8; k Ge I 8; k Ge II 10; s I 27. One supra-coxal seta on coxa I, 4 long (fig. 20)
Measurements. IL 575; IW 423; SD 103; W 150; AW 75; PW 125; SBa 17; SBp 16; ISD 73; AL 70; PL 55; AM 25; S 69; DS 56; PDS 50; PaScFed 52; PaScGed 57; Ta I (L) 155; Ta I (H) 15; Ti I 219; Ge I 163; Tf I 113; Bf I 104; Tr I 60; Cx I 71; Leg I 885; Ta II (L) 127; Ta II (H) 16; Ti II 207; Ge II 137; Tf II 101; Bf II 95; Tr II 57; Cx II 83; Leg II 807; Ta III (L) 150; Ta III (H) 13; Ti III 301; Ge III 155; Tf III 125; Bf III 109; Tr III 57; Cx III 81; Leg III 978; IP 2670.
Remarks. The new species belongs to the group species with basifemora setal formula 3-3-3. It can be distinguished from those species by the unique combination of characters and measurements shown in diagnosis, and more extensively by their measurements and setal patterns which are shown in Tables 3, 4 (see more details those tables).
Etymology. The new species is named after the scientific genus name of the host lacewing, Chrysoperla kolthoffi (Navas) ( Neuroptera : Chrysopidae ).
No known copyright restrictions apply. See Agosti, D., Egloff, W., 2009. Taxonomic information exchange and copyright: the Plazi approach. BMC Research Notes 2009, 2:53 for further explanation.