Last year introduced us all to a new set of challenges that have brought hardship and tragedy to many. However, despite these difficulties, good news did exist during 2020, and here I will present some of the reasons for celebration that occurred for the E2G2 graduate students!
Three new graduate students started their PhDs with us! Maria Castaño, Matthew Lindsay, and Xiaomi Liu!
Rose Driscoll, a PhD student in the Brisson Lab, received the GRFP, recognizing her great skills as a researcher and promising contributions to science!
Emery Logan received the Edward Peak Curtis Award for excellence in teaching as a graduate student!
The University of Rochester hosted the second Great Lakes Annual Meeting of Evolutionary Genomics! Despite needing to shift to an online platform, the meeting has a huge success with many fascinating presenters!
Four PhD students passed their qualifying exams: Rose Driscoll, Lauren Gregory, Jeremy Summers, and Nilima Walunjkar!
2021 will be sure to offer its own set of challenges, but we hope that the members of our community will continue to do great things!
Last Thursday the Chen and Meyer labs set up booths at Wayne Central Middle School for the Science Now Expo. The night was a chance for students of the middle school and their parents to talk to members of the local STEM community and see some of the demonstrations. The booths included a guessing game of genetic inheritance, 3D printing, and a box of live bumblebees!
We’re happy to announce the recruitment of Drs. Al Uy and Floria Mora Kepfer Uy to Rochester’s E2G2 program! Al and Floria will move their Tropical Biology Lab from the University of Miami to our own Biology Department in January 2020. Al brings his research program on the ecology and genomics of speciation in birds, and Floria hers on the evolution and neural basis of cooperative behavior in social wasps.
Nasonia parasitoids wasps, minute insects that inject venom and lay their eggs on fly pupae, are pictured in the Goergen Hall lab of Nathaniel & Helen Wisch Professor of Biology John (Jack) H. Werren May 26, 2017. Were, along with postdoctoral fellow Ellen Martinson uses the rapidly evolving venom repertoires of these parasitoid wasps (including the ectoparasitoid model Nasonia vitripennis, pictured) to investigate the question of how new genes are recruited for venom function. In contrast to expected model of gene duplication, they find that many venom genes evolve by the co-option of single copy non-venom genes. These findings could have broad implications for how new gene functions evolve, as co-option of single copy genes may be a common but relatively understudying mechanism for the evolution of new gene functions, particularly in tissues subject to rapid evolutionary change. // photo by J. Adam Fenster / University of Rochester
A couple of years ago, the University purchased access to the BioOne catalogue of journals. The most important title in this catalogue for our department is Evolution, and in my view, this journal alone is worth the rather steep cost of subscription (a complete list of titles is on-line). The library is now debating whether to shell out another chunk of change for access to titles in the BioOne2 catalogue. Many of the journals in this catalogue are museum publication that some of us use (e.g., Breviora, Fieldiana Zoology, Bulletin of Carnegie Museum of Natural History), but maybe not with enough frequency to justify the cost of subscription. Perhaps we need to subscribe to keep up on intelligent design research – this catalogue includes the Proceedings of the Biological Society of Washington that famously published an article by the director of the Discovery Institute. Let me know your thoughts.
Topics this semester will meet on Mondays and Wednesdays at 10 am in 316 Hutch. Drs. Garrigan, Orr and Werren (respectively) will lead the sections outlined below:
Introduction to Coalescent Theory (Garrigan)
Jan 19 – Fundamentals of the coalescent
Jan 24 – Genetic variation and the coalescent
Jan 26 – Genetic variation and the coalescent, pt. II
Jan 31 – The structured coalescent
Feb 2 – The structured coalescent, pt. II
Feb 7 – Separation of time scales
Feb 9 – The coalesecent with recombination
Feb 14 – Coalescent based inference
Introduction to Classical Population Genetics (Orr)
Feb 16 – Mar 28
Levels of Selection, Selfish DNA, & Genetic Conflict (Werren)
Mar 30 – Apr 27
We have a tentative schedule available for students enrolled in the graduate core course this fall (BIO473). This semester will feature field ecology (Ramsey), evolution and development (Lambert), phylogenetics and comparative methods (Glor), and philosophy of evolutionary biology (Weslake).
9/2 – Introduction to the graduate program
9/7 – Field Ecology (Ramsey)
9/9 – Field Ecology (Ramsey)
9/14 – Field Ecology (Ramsey)
9/16 – Field Ecology (Ramsey)
9/21 – Field Ecology (Ramsey)
9/23 – Field Ecology (Ramsey)
9/28 – Field Ecology (Ramsey)
9/30 – Field Ecology (Ramsey)
10/5 – Field Ecology (Ramsey)
10/7 – Evolution & Development (Lambert)
10/12 – Evolution & Development (Lambert)
10/14 – Evolution & Development (Lambert)
10/19 – Evolution & Development (Lambert)
10/21 – Evolution & Development (Lambert)
10/26 – Phylogenetics and Comparative Methods (Glor)
10/28 – Phylogenetics and Comparative Methods (Glor)
11/2 – Phylogenetics and Comparative Methods (Glor)
11/4 – Phylogenetics and Comparative Methods (Glor)
11/9 – Phylogenetics and Comparative Methods (Glor)
11/11 – Phylogenetics and Comparative Methods (Glor)
11/16 – Phylogenetics and Comparative Methods (Glor)
11/18 – Phylogenetics and Comparative Methods (Glor)
11/23 – Phylogenetics and Comparative Methods (Glor)
11/25 – THANKSGIVING
11/30 – Philosophy of Biology (Weslake)
12/2 – Philosophy of Biology (Weslake)
12/7 – Philosophy of Biology (Weslake)
12/9 – Philosophy of Biology (Weslake)
Apologies for the fact that three posts from Monday have mysteriously disappeared. I have yet to get an explanation for why this happened, but it seems to have been the result of recent upgrades to the University’s web server. I’m going to try to recreate these posts as time permits.