Aeshna zlatkokvaceki, Prokop & Pecharová & Nel, 2016
publication ID |
https://doi.org/ 10.1080/00222933.2016.1193648 |
publication LSID |
lsid:zoobank.org:pub:7A3BB1C3-5A70-4058-86A5-731B58C0ADC3 |
DOI |
https://doi.org/10.5281/zenodo.4329323 |
persistent identifier |
https://treatment.plazi.org/id/382387A6-3375-261F-FE04-FC65BCEC2D9F |
treatment provided by |
Carolina |
scientific name |
Aeshna zlatkokvaceki |
status |
sp. nov. |
Aeshna zlatkokvaceki sp. nov.
( Figure 2 View Figure 2 (a, b))
Etymology
The epithet honours Prof. Zlatko Kvaček (Charles University, Praha), a world-famous palaeobotanist who systematically evaluated plant macrofossils from this locality.
Holotype
SMMG CsT 1091 (a nearly complete fore wing preserved in salmon-pink baked clay – porcelanite), collection of Senckenberg Naturhistorische Sammlungen Dresden , Saxony, Germany.
Age View in CoL and outcrop
Early Miocene (Burdigalian), Most Basin, Most Formation, Libkovice Member, Želénky near Duchcov ( Figure 1 View Figure 1 ), Czech Republic (see Kvaček and Hurník 2000).
Description
A nearly complete fore wing, with only median area and extreme apex missing; whole wing surface apparently hyaline; wing c. 55 mm long (assumed from fragment) and 11.6 mm wide; distance from estimate base to nodus c. 26.6 mm; distance from nodus to wing apex, c. 28.2 mm; nodus nearly midway between base and apex; distance from nodus to pterostigma 16.3 mm; distance from pterostigma to apex about 7.5 mm; pterostigma rather long, 4.4 mm long and 0.9 mm wide, covering approximately three cells and a half; pterostigmal brace slightly obliquely aligned with proximal side of pterostigma; 11 postnodal cross-veins, not well aligned with 13 visible subpostnodal cross-veins; 19 visible antenodal crossveins of first row between C and ScP not aligned with the 17 visible corresponding antenodal cross-veins of second row between ScP and RA; 13 secondary antenodal cross-veins between Ax2 and nodus; four antenodal crossveins between Ax2 and Ax1; Ax1 4.6 mm and Ax2 10.9 mm from wing base; hypertriangle crossed by four cross-veins; median space not preserved; submedian space crossed by five cross-veins, subdiscoidal triangle three-celled; discoidal triangle elongate and divided into six smaller cells, its costal side being 8.1 mm long, distal side 6.9 mm long and proximal side 3.7 mm long; width of postdiscoidal area just behind discoidal triangle 3.4 mm, width along posterior wing margin 7.2 mm; three rows of cells in postdiscoidal area just distal of discoidal triangle; a short convex supplementary sector (trigonal planate) in postdiscoidal area, aligned with concave Mspl; Mspl well defined, nearly straight in its basal half but slightly curved in distal part; three rows of cells between Mspl and MP and three rows between Mspl and MA; two rows of cells and a short zigzagged supplementary vein in distal part of area between MA and RP3/4; bulge in distal part of MA (‘ aeshnid bulla ’) weak but present; four preserved Bq cross-veins; oblique vein ‘ O ’ one cell distal of base of RP2; Rspl well defined and nearly straight; area between Rspl and IR2 wide, with four rows of cells in its widest part; space between IR2 and Rspl basally divided by oblique intercalary veinlets; IR2 smoothly curved distally and asymmetrically forked just basal of pterostigma, with three rows of cells between its branches; RP2 strongly curved posteriorly opposite proximal side of pterostigma; one row of cells between RP2 and anterior branch of IR2; IR1 present but zigzagged and short, about 8.7 mm long, beginning just below distal side of pterostigma; one row of cells between MP and CuAa in basal parts but five rows along posterior wing margin; CuAa with circa five posterior branches directed towards posterior wing margin; cubitoanal area broad with six rows of cells below CuAa.
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.