Lectotype of Ornithopsis hulkei (Brachiosauridae?) |
Reconstruction of S. incredibilis (bottom) with holotype (male) above (Grimaldi & Engel, 2005) |
Mrs. and Mr. Pseudopulex wangi (Pseudopulicidae) |
Paratype of Coonilla longictena (Ischnopsyllidae) |
A parasitic taxon uniquely occurring on pterosaurs has interesting ramifications for vertebrate paleontology, since it implies that these volant reptiles were endothermic and social (Vršanský et al., 2010). Which would be pretty darn cool—if it were true.
Reconstruction of S. daohugouensis ' natural history |
Line drawing of N. walkeri's wing (Kevan & Cutten, 1981) |
In summation, the Strashilidae were not at all ectoparasitic, despite the universal consensus for the past 21 years that they were. The lesson we can derive from of all this is that (as the Raptorex fiasco amply displayed) in paleontology, "the experts" can (and will) screw up. Repeatedly. It's not dissimilar to other professional fields—say, medicine—but paleontologists will own up to their mistakes without the prodding of litigation.
*"In the broad sense"—including the Nycteribiidae (see "Mormotomyiids' Terrible Hairiness").
†Not belonging to the suborder Brachycera: that is, their antennae have more than 3 segments and lack an arista.
‡ Muscular extensions of the abdomens of some insect larvae, which act as legs. The flies whose maggots possess prolegs (Nymphomyiidae, Blephariceridae, and Deuterophlebiidae) were at one time classified together in the infraorder Blephariceromorpha on the basis of that characteristic (Wood & Borkent, 1989).
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Wonderful writeup!!
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