inside surface of the maxilla and expanded, leaf-shaped teeth, among other features. Like A. laaroussii, both of these supposed species were also misidentified as "prosauropods"; a species of Azendohsaurus or a related taxon and another, more typical "prosauropod". Further discoveries of associated material clarified that all the jaw material and the rest of the skeletons were from a single, new species of Azendohsaurus. Reinterpretation Even preliminary examination of the rest of the skull and skeleton from the Madagascan species confirmed that Azendohsaurus was not a dinosaur, and was instead an aberrant herbivorous archosauromorph that was only distantly related to dinosaurs, let alone sauropodomorphs. A description of the cranial material was published first in May, 2010 by John J. Flynn and colleagues, who also officially named and diagnosed it as a new species of Azendohsaurus, Azendohsaurus madagaskarensis, named for its country of origin. This was also the first time Azendohsaurus was determined to be a non-dinosaur in the published literature. In December, 2015, the rest of the skeleton of A. madagaskarensis was formally described and published by Sterling J. Nesbitt and colleagues, providing the first detailed examination of the full anatomy of Azendohsaurus from the now almost completely known skeleton. In addition to comparing its anatomy, they were also able to analyse its evolutionary relationships to other Triassic reptiles in a phylogenetic context for the first time. The preservation of the material was described as "generally excellent" by Nesbitt and colleagues, and the amount of overlapping material made it easier to determine the original morphology from distorted and broken bones. Much of the material was found disarticulated and sometimes isolated, but a number of specific parts of the body were found articulated in life position, including sections of the neck, back, hands and feet. Most of the material was similarly sized, with a range of about 25% between the smallest and largest specimens, although the significance of this is not understood and it could be related to ontogeny, individual variation or sexual dimorphism. The well preserved nature of much of the material also allowed for reinterpretations of parts of the skeleton of other archosauromorphs, such as the hand of Trilophosaurus. The hands of other archosauromorphs are often poorly known, and so their preservation in Azendohsaurus is considered important for understanding their evolution in early archosauromorphs. All the specimens of A. madagaskarensis are permanently housed in both the University of Antananarivo in