EEB Seminar, Friday, December 7: “Genetics and Evolution of Interspecific Assortative Fertilization in Drosophila”

Yasir Ahmed, a graduate student of the University of Rochester and member of the Orr Lab, is presenting the last EEB seminar for the semester entitled, “Genetics and Evolution of Interspecific Assortative Fertilization in Drosophila,” on Friday, December 7.  Yasir received his B.S. and M.S. in Biology from the University of Iowa studying the evolution of reproductive incompatibilities in the virilis group of Drosophila in Bryant McAllister’s lab.

EEB Seminar, Friday, November 30: “An investigation of recent adaptive introgression in Drosophila simulans and D. sechellia”

Cara Brand, a graduate student of the University of Rochester and member of the Presgraves Lab, is presenting a talk titled, “An investigation of recent adaptive introgression in Drosophila simulans and D. sechellia,” on Friday, November 30.  Cara received her B.S. in Biology from the University of Maryland, College Park.  She then spent a year as research technician in Jerry Wilkinson’s lab, working on hybrid male sterility and meiotic drive in stalk-eyed flies.  She is now studying the population genetics of interspecific introgression between Drosophila simulans clade species, and the evolution and genetics segregation distortion.

EEB Seminar, Friday, November 9: “The Evolution of Sexual Isolation in Drosophila: Why sympatry breeds contempt and who is to blame?”


Dr. Roman Yukilevich, Assistant Professor in the Department of Biology at Union College is presenting a talk titled, “The Evolution of Sexual Isolation in Drosophila: Why sympatry breeds contempt and who is to blame?” on Friday, November 9.  This is what Dr. Yukilevich says about his research interests:  “I am an evolutionary biologist interested in studying how reproductive isolation (speciation) evolves in nature.  To achieve this goal I study natural populations of Drosophila that have recently undergone divergence and  model the process of speciation on a computer to make further predictions about how species diverge in nature.”

EEB Seminar, October 19: “Adaptation in technicolor! The developmental genetic basis of butterfly wing pattern evolution”

Image from Reed et al. (2011) optix drives the repeated convergent evolution of butterfly wing pattern mimicry. Science.

Dr. Robert Reed, Associate Professor in the EEB department at Cornell University, is presenting a talk titled, “Adaptation in technicolor!  The developmental genetic basis of butterfly wing pattern evolution” on Friday, October 19.  Regarding his research:  “Most of my work aims to uncover the genes and developmental processes that govern the diversification of animal color patterns. I want to know how development influences the range of variation that arises and is maintained in natural populations. I also want to know how, in turn, natural selection drives the evolution of developmental processes. Butterfly wing patterns are my study system of choice because they permit a beautiful integration of population biology, phylogenetics, ecology, and developmental genetics. Developing butterfly wings are easy to work with in the lab and we have a good grasp of the evolutionary pressures driving wing pattern evolution.”  For more information on Dr. Reed’s research, please go to his website at The Reed Lab.

EEB Seminar, October 5: “The evolutionary ecology of pathogen host interactions: How do trade-offs in hosts and pathogens affect defense and virulence?”

Dr. Kurt McKean, Assistant Professor of Biological Sciences at the University at Albany, is presenting a talk titled, “The evolutionary ecology of pathogen host interactions: How do trade-offs in hosts and pathogens affect defense and virulence?” on Friday, October 5.  For more information on Dr. McKean’s research, please go to his website:  McKean Lab.

EEB Seminar, September 28: “Ecological and Evolutionary Consequences of Venom Production in Catfishes”

Dr. Jeremy Wright, Postdoctoral Fellow of the University of Rochester and member of the Werren Lab, is presenting a talk titled, “Ecological and Evolutionary Consequences of Venom Production in Catfishes,” on Friday, September 28.   He recently completed his Ph.D. at the University of Michigan, where his research interests included the ecology and evolution of venoms in catfishes at various levels of biological organization, as well as traditional and molecular systematics of various groups of fishes.  He joined the Werren lab in late July, where he is working on the function and molecular evolution of venoms in parasitoids.