#Second extinction neurotoxic slime series#
For her doctoral work, Carrie developed a series of Bayesian models to understand the structure of dental variation in the fossil record in order to delimit hominin species. She earned her PhD from Stony Brook in 2019 under the supervision of Dr. Mongle received her BA from the University of Virginia in 2008 and her MA from Stony Brook University in 2015.
#Second extinction neurotoxic slime software#
In parallel with this research, I have also co-developed new software for the analysis and visualization of phylogenetic comparative data and continue to lead a collaborative project aimed at using primate teeth as a model system for linking micro and macroevolution.īiography - Carrie S. Ashley Hammond, Meave Leakey, Frederick Grine, and others. In addition to the principle aims of my research outlined above, I am actively involved in the description and analysis of new hominin fossils in collaboration with Drs. This represents a large-scale, multi-collaborator project that will form the foundation of my research program for the next 3-5 years.
This ongoing research builds on my previous phylogenetic work and will allow us to more directly address critical controversies in human evolution, such as the placement of Australopithecus sediba in relation to the genus Homo, and the importance of suspensory behavior as a derived or basal character in great apes. I am addressing this gap by undertaking an extensive character analysis of hominin postcranial fossils from both eastern and South Africa. This represents a fundamental gap in our understanding of human evolution which could have significant implications for how we reconstruct hominin phylogenetic relationships. Critically, however, no phylogenetic analysis of hominins has ever incorporated postcranial data. The ability to address fundamental questions about evolutionary transitions among hominins hinges on the knowledge of phylogenetic relationships among fossil species. Research Focus - The primary focus of my postdoctoral research at the American Museum of Natural History is to address the question: What are the major phylogenetic patterns that characterize hominin diversity and evolution?
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