| SCHEDULE OF PRESENTATIONS
Paleontology Symposium (Room SH 72) - Michael
Everhart, Chair
8:00 Williams, D.W. (3), Department of Ecology and
Evolutionary Biology, University of Kansas. USING LANDMARK DATA FROM THE FIRST LOWER MOLAR
TO DISCRIMINATE NORTHERN GREAT PLAINS MICROTUS SPECIES.
8:20 *Nabavizadeh, A. (1), L.D. Martin, and D.A.
Burnham, Department of Ecology and Evolutionary Biology and University of Kansas Museum of
Natural History (BRC), University of Kansas. DO DEFENSIVE STRUCTURES IN TRICERATOPS PROVE
PREDATORY BEHAVIOR IN TYRANNOSAURUS?
8:40 Falk, A.R. (2), Department of Geology, University
of Kansas. CREDIBILITY OF “UNKNOWN THEROPOD TRACKS” WITH AVIAN CHARACTERISTICS
FROM THE LATE TRIASSIC.
9:00 Schumacher, B.A., Sternberg Museum of Natural
History, Fort Hays State University. ON A PLIOSAUR SKULL (PLESIOSAURIA) FROM THE UPPER
CRETACEOUS OF THE NORTH AMERICAN WESTERN INTERIOR.
9:20 *Morales, M. and K. Moore, Earth Science
Department, Emporia State University. FOSSIL MARINE INVERTEBRATES FROM THE UPPER
PENNSYLVANIAN (VIRGILIAN) SEVERY SHALE FORMATION NEAR MELVERN LAKE, KANSAS.
9:40 *Hageman, S.A., T.J. Northcutt and B.L. Hoffman.
Department of Natural and Physical Sciences, Park University, Paleontologist, Mission, KS.
PRELIMINARY ANALYSIS OF THE BIODIVERSITY OF THE BONNER SPRINGS SHALE (LAGERSTÄTTEN?),
PARKVILLE, MO.
1:40 Everhart, M.J., Sternberg Museum of Natural
History, Fort Hays State University. PROBABLE CAUSE OF DEATH OF THE HOLOTYPE SPECIMEN OF TYLOSAURUS
KANSASENSIS (SQUAMATA; MOSASAURIDAE) FROM THE SMOKY HILL CHALK, WESTERN KANSAS.
2:00 *Elder, R. and L.D. Martin, Department of Ecology
and Evolutionary Biology, University of Kansas LONGISQUAMA INSIGNIS AND THE ORIGIN
OF AVIAN PLUMAGE.
2:20 Martin, L.D. and *D.A. Burnham, Department of
Ecology and Evolutionary Biology and Museum of Natural History (BRC), University of
Kansas. PREDATORY BEHAVIOR IN A FOUR WINGED DINOSAUR-LIKE BIRD.
2:40 Beckemeyer, R.J., Museum Associate, Natural History
Museum (Entomology Division), University of Kansas, Lawrence. MORPHOLOGICAL PARAMETERS OF
WELLINGTON FORMATION INSECT WINGS. |
