Anatomy & Cell Biology
EXPERTS
- Associate Professor
- Anatomy & Cell Biology
- Associate ProfessorAnatomy & Cell Biology
Dr. Barta studies vertebrate growth, development, and intraspecific variation through the application of bone histology, computed tomography, and phylogenetic methods. He focuses primarily on the anatomy of dinosaurs (including birds), and other vertebrates from the Triassic and Permian periods. He is also interested in amniote eggs and nesting.
Dr. Barta studies vertebrate growth, development, and intraspecific variation through the application of bone histology, computed tomography, and phylogenetic methods. He focuses primarily on the anatomy of dinosaurs (including birds), and other vertebrates from the Triassic and Permian periods. He is also interested in amniote eggs and nesting.
- Faculty/Staff
- Oklahoma State University Center for Health Sciences
- Collaborative projects
- Media inquiries
- Speaking engagements
- English
- Anatomy & Cell Biology
Fields of Research- Palaeontology
- Evolutionary biology
- Animal growth and development
- Animal developmental and reproductive biology
- Vertebrate biology
- Animal systematics and taxonomy
- Phylogeny and comparative analysis
- Professor
- Anatomy & Cell Biology
- ProfessorAnatomy & Cell Biology
- Faculty/Staff
- Oklahoma State University Center for Health Sciences
- Anatomy & Cell Biology
- Professor
- Anatomy & Cell Biology
- ProfessorAnatomy & Cell Biology
My research assesses ontogenetic growth and intra-specific variation in extinct tetrapods primarily through large-sample long-bone paleohistology, with a focus on non-avian dinosaurs. I also examine the intra-skeletal ontogenetic histology of extant tetrapods to improve understanding of bone tissue microstructures for use as a foundation in paleohistological interpretations.
My research assesses ontogenetic growth and intra-specific variation in extinct tetrapods primarily through large-sample long-bone paleohistology, with a focus on non-avian dinosaurs. I also examine the intra-skeletal ontogenetic histology of extant tetrapods to improve understanding of bone tissue microstructures for use as a foundation in paleohistological interpretations.
- Faculty/Staff
- Oklahoma State University Center for Health Sciences
- Collaborative projects
- Media inquiries
- Speaking engagements
- Research design
- Anatomy & Cell Biology
Fields of Research- Palaeontology
- Evolutionary biology
- Evolutionary ecology
- Vertebrate biology
- Veterinary anatomy and physiology
- Animal growth and development
Department contact
- 918-561-1829
- 1111 W. 17 Street, Tulsa, Oklahoma, 74107, United States