Globula lake, 2009
publication ID |
https://doi.org/ 10.5252/g2009n1a7 |
persistent identifier |
https://treatment.plazi.org/id/754F87A2-9925-7074-FE96-673FC441FC1F |
treatment provided by |
Marcus |
scientific name |
Globula lake |
status |
gen. nov. |
Globula lake n. sp. ( Figs 3 View FIG ; 15 View FIG ; 16D View FIG )
TYPE MATERIAL. — Holotype specimen ARC-309.2, a complete immature. Paratypes specimens ARC-60, an immature and ARC-263.14, a hind leg.
TYPE LOCALITY. — Archingeay-Les Nouillers, Charente- Maritime, SW France.
ETYMOLOGY. — Lake is after Malvina Lak, who provided synchrotron images for this publication.
STRATIGRAPHIC HORIZON. — Lower Cretaceous, uppermost Albian, lithological subunit A1sl2 sensu Néraudeau et al. (2002).
DESCRIPTION
ARC-309.2, a complete immature
Head height 0.7 mm, antenna width 0.04 mm. Maxillary palps (three apical segments: 0.18/0.17/ 0.14 mm), the two terminal segments with two distinct longitudinal dorsal ridges, terminal segment with 8 apical short, slender sensilla chaetica.
Fore femur long and narrow (0.70/ 0.18 mm), tibia also long (0.54/ 0.08 mm), tarsus very long (0.17/0.08/0.11/0.06/ 0.16 mm). Mid femur robust (0.56/ 0.19 mm), tibia short (0.71 mm), tarsus long (0.13/0.12/0.13/0.06/ 0.19 mm). Hind femur slender (0.79/ 0.18 mm), with massive long terminal spur (0.43 mm), tibia very long (1.18/ 0.06 mm), tarsus very long (0.30/0.21/0.15/0.09/ 0.22 mm).
ARC-263.14, hind leg
Coxa very short, but unusually wide, dark, with characteristically reticulated surface. Other parts of the extremity pale (without coloration). Femur almost round in section, comparatively long and narrow (1.21/ 0.35 mm), with extremely long terminal spur (0.49 mm).Some of tibial spurs are also unusually long (0.50 mm).Tibia medium-sized, 1.7 mm long. Both femoral and tibial sensilla chaetica are sparse, tarsus (0.91 mm) dark, with numerous sensilla chaetica.
ARC-60
Very early instar,with metanotum width 0.95mm;body width 0.88 mm; and cercus length 0.49 mm.
REMARKS
Specimens ARC-263.14 and ARC-60 can be categorized as belonging to the present taxon based on the very long hind femoral apical spur.
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.