[Date Prev][Date Next][Thread Prev][Thread Next][Date Index][Thread Index][Subject Index][Author Index]
Re: sorry - replied wrong: RE: toofs
Karen Moreno's (recently mentioned on list by Jerry) work on the
mechanics of the V. komodoensis skull under simulations of high,
post-cranially generated loads suggest that this behaviour could work
for theropods with an analagous, 'space-frame' construction. In
mechanical terms, the optimisation (i.e strength for unit weight) of the
Komodo skull under these loads is remarkable. Definitely worth testing
to see if similar things are happening with some of the
non-tyrannosaurid species, as has often been suggest (by Bakker and
Rayfield, amongst others).
Thomas R. Holtz, Jr. wrote:
If Allosaurus and Acrocanthosaurus teeth were sufficient to kill their
sauropods (albeit perhaps with aid of talon-based wounds), why wouldn't the
even-larger Giganotosaurus teeth be sufficient?
The different sized (and more importantly, shaped!) teeth of tyrannosaurids
most likely represents a different in the style of their feeding, not in the
size of the "target audience." Ditto spinosaurid teeth.
Thomas R. Holtz, Jr.
Email: email@example.com Phone: 301-405-4084
Office: Centreville 1216
Senior Lecturer, Vertebrate Paleontology
Dept. of Geology, University of Maryland
Faculty Director, Earth, Life & Time Program, College Park Scholars
Mailing Address: Thomas R. Holtz, Jr.
Department of Geology
Building 237, Room 1117
University of Maryland
College Park, MD 20742 USA
Computational Biomechanics Research Group http://www.compbiomech.com/
School of Engineering (Mech Eng)
University of Newcastle
t: +61 2 4921 8879