John Pool's Lab studies Population Genomics and the Genetic Basis of Adaptive Evolution at the University of Wisconsin – Madison
Latest Pool Lab News...
~ We'd like to recruit a new postdoc to start next year on any project of mutual interest.
Summer 2018:
~ 2 new accepted papers! (1) Selective sweeps may not undermine demographic inference in flies, and (2) Directional selection undermines genetic and environmental robustness.
Spring 2018:
~ Thank you NSF! The lab gets a new grant on parallel cold tolerance evolution, and Chris McAllester gets a predoctoral fellowship!
~ Vedika Ramesh graduates!
Winter 2018:
~ Welcome to Matt Lollar as a new PhD student, and to Juliana Cordeiro as a visiting professor!
Summer 2017:
~ Welcome to Murillo Fernando Rodrigues as a visiting graduate student!
Spring 2017:
~ Audrey Simard, Ben Groth, Grant Hoppel, & Matt Monette graduate!
~ John gets tenure! (his seminar is HERE)
Winter 2017:
~ Welcome to Chris McAllester & Tiago Ribeiro as new PhD students!
Fall 2016:
~ John was on the Whad'ya Know Podcast! Skip ahead in this VIDEO to 2:11:22.
~ We have *4* new papers accepted at Genetics and MBE! (see Papers and John's TAGC talk)
Summer 2016:
~ The Pool Lab welcomes Yuheng Huang as a new postdoctoral researcher!
~ Version 1.1 of the Drosophila Genome Nexus is HERE.
~ Amir is co-first author on a Current Biology paper on the recurrent origin of a sexually-dimorphic trait (Article) (Press Release)
Spring 2016:
~ Amir Yassin led our PNAS study on a novel fly population that specializes on a toxic fruit! (Article) (Press Release) (John's talk at Evolution 2016)
~ Congratulations to Amir on his prestigious faculty position at the Muséum National d'Histoire Naturelle in Paris! (LINK)
~ Vedika Ramesh received a Sophomore Research Fellowship for her population genomic analysis of olfactory receptor genes!
Winter 2016:
~ Our 2 new papers are featured in this UW press release! Our PNAS paper shows that wing size evolution entailed a loss of developmental buffering. Our Nature Communications paper shows the genetic basis of a female-specific color dimorphism under ancient balancing selection, and even inspired a Shakespearean sonnet, "Rough in Love" (Text) (Audio)
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