Maggie Hanes (ne Koopman) is currently the Director of the Herbarium and an Associate Professor at Eastern Michigan University. She helped to develop the Sarracenia alata project as my post-doc, and was instrumental in collecting data from its microbiome.
Amanda is currently an Assistant Professor at Occidental College. Amanda worked on Sarracenia alata phylogeography, and developed protocols for DNA sequencing as my postdoc.
Erica is currently a Postdoc with Jason McLachlan at the University of Notre Dame. She worked on a phylogeographic investigation of Salix melanopsis and developed PhyloGeoViz as my postdoc.
Michael is currently a researcher at the Free University of Berlin. He developed the P2C2M R package and worked on the Community Trees project when he was in my lab.
John McVay is currently a postdoc with Paul Manos at Duke University. John worked on phylogenetics of the Thamnophiini as a graduate student, and was the original student in the Carstens Lab. We desperately miss his ability with acronyms... and phylogenetic methods.
Sarah Hird developed PRGmatic and explored bird gut microbiomes as a graduate student. After a postdoctoral position with Johnathan Eisen at the University of California-Davis, she was hired by the University of Connecticut where she is currently an Assistant Professor.
Noah Reid developed bGMYC and posterior predictive tests of the multispecies coalescent model while a member of my lab. After a postdoctoral position Andrew Whitehead at the University of California-Davis, Noah accepted a Research Assistant Professor position at the University of Connecticut.
Manolo is currently a PhD student at the Federal University of São Carlos (UFSCar) in Brazil. He is interested in the evolutionary history of cacti in Brazilian Caatinga and Cerrado. His work uses tools from population and phylogenetics, as well as bioinformatics.
Isabel is currently a PhD student at the Federal University of São Carlos (UFSCar) in Brazil. She works with phylogeography and population genetics in species of cacti associated with Quaternary refugia. She developed new RAD-seq SSR markers for cactus species and also ABC analysis when she was in our lab.
Teresa visited the lab to collect RADseq data in 2014-2015. She's trained as a herpetologist with Kelly Zamudio and João Alexandrino, is really good in the wet lab, and is currently employed as a professor at Universidade Estadual Paulista (UNESP), Campus de Rio Claro, Instituto de Biociências.
Gustavo is in his final year as a Ph D student with Loreta Freitas at the PPGBM-UFRGS in Brazil. He visited us in the Summer-Fall of 2015 to develop part of his dissertation work about genetic consequences of coastal colonization process in Petunia.
Ariadna completed her doctorate in July of 2018, and authored or co-authored ten manuscripts during her time at OSU. She is currently at the AMNH working on a postdoc with Frank Burbrink and Nancy Simmons. One of these days we're going to all show up on her doorstep so that she can show us around the big city!
Greg recently earned his doctorate by completing a genomics project on Sarracenia alata. He is currently a bioinformatician in the Institute for Genomic Medicine at Nationwide Children's Hospital. Greg is a great colleague, and we wish he was still around to contribute to our research. But helping to prevent cancer is important too.
Tara recently took a faculty position at Radford University, where we know that she'll be a great professor. Tara is an expert statistician, creative with analytical methods, and is also a great field biologist when given the chance. She also write phenomenal papers. We miss her every day!
Anahi visited my lab when it was in Louisiana, while she was a Ph D student with Nadir Alvarez. After completing a Postdoc with Dave Tank and Jack Sullivan at the University of Idaho, Anahi accepted a faculty position at the University of Maryland. Checkout her research website.
We make inferences about the history of species and ecological communities using genetic, environmental and morphological data. We conduct investigations in a range of organisms: bats, insects, carnivorous plants, salamanders, willows, spiders, snails, slugs and viruses.