I have also been studying various aspects on theropod dinosaurs. Some of this work has dealt with the anatomy, morphology, and phylogenetic relationships of theropods, in particular derived coelurosaurs such as dromaeosaurids and troodontids. While these small predatory dinosaurs led to birds and one of the instances of vertebrate flight, they were a diverse group and played a key role in ancient ecosystems. I am working to better understand what is happening with the southern members of these groups (in North America), I am also seeking to better understand how they were living paleobiologically.
Dinosaurs - Relationships
Dinosaurs - Pachycephalosaurs
Research Interests - Dinosaurs
In addition, I am also interested in several ornithischian groups. These include the hadrosaurs, ankylosaurs, and pachycephalosaurs. In fact I have also already been lead author naming a new pachycephalosaurid.These animals are quite enigmatic, with little post-cranial, or even non-dome cranial, material having been recovered. still, further research and more specimens allow us to better understand how they evolved and lived.
I also spend time studying the relationships of dinosaurs. Some of this deals with the relationships of the dinosaurs I have been working on, particularly with new species of dinosaurs. However, beyond those new species, I also seek to further understand the interrelationships of other dinosaurs, both in smaller groups, such as those of centrosaurine dinosaurs, or larger groups, such as within Theropoda. Understanding these relationships, often through things like phylogenetic analyses, allows scientists to better understand these groups and dinosaurs, particularly those less well understand based on more complete, closely related species.
Dinosaurs - Theropods
My research interests lie in the natural world, both the present and the past. My research interests focus on the anatomy, phylogeny, and life history of extinct and extant animals. Understanding the anatomy, morphology and phylogenetic relationships allow for a more thorough understanding of the animals themselves. Additionally, this allows for more information to be gathered on the life history of these animals. Understanding these things in extant animals allows one to infer and gain a better understanding in extinct and fossil animals. Additionally, to better understand paleobiology and how animals live today and in the past I analyze the biomechanics of extant and extinct animals. I seek to bring life to fossils, and not only does this include describing and analyzing individual extinct animals, but also investigating faunas and ancient ecosystems as well. In particular, understanding ancient ecosystems and how they change through time can allow us to infer potential implications for changes occurring today. Macroevolutionary trends through time are also used to understand change and make inferences for things happening today and potentially in the future.
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