Timothy S. Myers
Science journalist Tim Wall has covered the flying reptile research of SMU’s Timothy S. Myers on his popular Discovery News Online blog. Wall’s March 2 entry aptly warns “Don’t mess with Texas Pterosaurs!”
Fossilized bones discovered in Texas from a flying reptile that died 89 million years ago may be the earliest occurrence of the prehistoric creature known as Pteranodon.
Flying Texas reptile: World’s oldest Pteranodon? First specimen of its kind discovered as far south as Texas
Fossilized bones discovered in Texas are from the left wing of an ancient flying reptile that died 89 million years ago — possibly the earliest occurrence of the prehistoric creature Pteranodon, says SMU paleontologist Timothy S. Myers, who identified the fossils.
If the reptile is Pteranodon, it would be the first of its kind discovered as far south as Texas.
National Geographic News interviewed SMU postdoctoral researcher Timothy S. Myers about the new species and genus of pterosaur he identified and named Aetodactylus Halli. Pterosaurs are a group of flying reptiles commonly referred to as pterodactyls.
In the April 28 article “Toothy Texas Pterosaur Found; Soared Over Dallas” reporter John Roach talked to Myers about the 95 million-year-old jaw that was discovered by Lake Worth resident Lance Hall. Continue reading
Texas discovery: Rare 95 million-year-old flying reptile Aetodactylus halli is new genus, species of pterosaur
A fossilized jaw discovered at a construction site in Mansfield has been identified and named Aetodactylus halli by SMU paleontologist Timothy S. Myers.
Rare in North America, the winged reptile was soaring 95 million years ago over what would one day become Dallas-Fort Worth. Continue reading
The Congo Basin — with its massive, lush tropical rain forest — was far different 150 million to 200 million years ago.
At that time Africa and South America were part of the single continent Gondwana. The Congo Basin was arid, with a small amount of seasonal rainfall, and few bushes or trees populated the landscape, according to a new geochemical analysis of rare ancient soils.
The geochemical analysis provides new data for the Jurassic period, when very little is known about Central Africa’s paleoclimate, says Timothy S. Myers, a paleontology doctoral student in the Roy M. Huffington Department of Earth Sciences at SMU.
The work of SMU researchers Timothy Myers and Anthony Fiorillo was featured online March 19, 2009 on the Discovery Channel. “Mass Dino Graves Suggest Young Banded Together” by Jennifer Viegas highlighted findings being published in the April issue of “Science” magazine.