Aellopobatis
Aellopobatis is an extinct genus of asterodermid rays from the Late Jurassic Solnhofen Archipelago of Germany. The genus contains a single species, A. bavarica, known from several complete, well-preserved specimens.
Discovery and naming
In 1836, Georg zu Münster briefly mentioned a fragmentary specimen comprising the posterior part of the animal. He proposed the name "Aellopos elongata" for this specimen. However unbeknownst to Münster, the generic name Aellopos was preoccupied by a moth, making it unavailable. Subsequent reviews by Arthur S. Woodward in 1889 suggested that the larger specimens referred to "Aellopos", as well as those in the genera Euryarthra and Spathobatis, were effectively identical to Rhinobatus in all aspects except for size, which he deemed as insufficient to distinguish them. Most research since then has followed this synonymy, albeit under the genus Spathobatis rather than Rhinobatus.In 2024, Türtscher et al. used geometric and morphometric analyses to revise the known fossil record of Jurassic European batomorphs. Their research identified the large morphotypes of Spathobatis as belonging to a distinct taxon based on significant differences in anatomy and body shapes. As such, they described Aellopobatis bavarica as a new genus and species of rays in the extinct family Spathobatidae based on these fossil remains. The generic name, Aellopobatis, honors Münster's initial name proposal, "Aellopos"; it combines reference to the mythological harpy Aello with βατίς, meaning "ray" or "skate". The specific name, bavarica, references the discovery of the fossil material in Bavaria.
Fossil material referred to Aellopobatis has been found in several localities within the extensive Solnhofen Archipelago of Bavaria, Germany, including Solnhofen, Eichstätt, Zandt, Kelheim, Langenaltheim, and Blumenberg. Most of these fossils are holomorphic specimens, meaning they comprise complete, articulated animals. The holotype specimen, SNSB-BSPG AS I 1377 and SNSB-BSPG AS I 1378, is a part and counterpart from Kelheim preserving an individual missing the end of the tail. Based on the absence of claspers, it can be identified as a female individual. More than ten other male and female specimens are also known, some of which are held in private collections.