B. salgadoensis is seen as a terrestrial predator, living in a hot and
arid climate. The position of the external nares was unsuited for an amphibious lifestyle like in modern crocodilians and the snout and teeth are laterally compressed like in
theropods. Both of this supports the terrestrial hypothesis. The hot environment hypothesis is based on the lifestyle of modern crocodilians and the
stratigraphy of
Baurusuchus.
B. salgadoensis was found in fine massive sandstones which are interpreted as a floodplain area in a hot and arid climate.
Baurusuchus was likely able to dig holes for finding water in dry seasons or, like modern
alligators do, for thermoregulation. The occurrence of several complete skeletons and skulls of different ontogenetic stages in correlated stratigraphic levels supports this. Such a strategy would have made it less water-bound than most modern crocodiles, allowing it to live in more
continental climate. The enlarged and strongly bent
pterygoids allowed for attachment of powerful muscles that could close its jaw very quickly, with its altirostral skull being well adapted to ressist stresses, and produce a consideraly strong biteforce for its size (between 2542–3088 Newtons in
B. salgadoensis), being comparable to that of the
american alligator. The skull and tooth
morphology indicates that the biting strategies of
Baurusuchus were similar to a
Komodo dragon which include ambushing the prey, biting it and pulling back the serrated, blade-like teeth. Perhaps violently shaking prey with its jaws like modern crocodiles, helped by its enlarged cervical neural spines, which served as large muscle attachments.
Baurusuchus likely played an important role in its ecosystem, competing with the
abelisaurids for food. ==Classification==