Krystyna Nadachowska-Brzyska (PI)

I am an evolutionary biologist particularly interested in understanding processes that shape genetic variation within natural populations. I have been working on diverse evolutionary biology topics including speciation with gene-flow in amphibians and birds, variation of major histocompatibility genes in several newt species, historical effective population size changes and its relationship to glaciation events in birds or selection on sex chromosomes and influence of statistical phasing on selection inference. Currently, I investigate the influence of  extreme fluctuations in population size of outbreaking species on the dynamics of neutral and adaptive genetic variation. In my research I use genome-wide datasets and novel analytical approaches and  pay special attention to the influence of data quality on the inference processes. 


More information on my previous work can be found in Previous projects.

Piotr Zieliński (postdoc)

I am an evolutionary biologist. Until now, my research focused on species and populations divergence. I used both genome wide data and computer simulations to provide information about the patterns of historical and contemporary gene flow between diverging species of newts. In the Population genomics of outbreaks project I will use computer simulations to investigate how variable endemic population sizes, selection pressures and demographic events affect the probability of detection of soft and hard sweeps. Most importantly, I will test whether outbreaking populations are more prone to evolve via soft sweeps than non-outbreaking populations.


Aleksandra Bednarz (lab technician)

I am a PhD student in the Department of Genetics and Evolution, Institute of Zoology and Biomedical Research and in the Population genomics of outbreaks project I am responsible for sample management, DNA extractions and coordination of experiments. I am currently finishing my PhD dissertation and my scientific interests also include animal models of genetic diseases and physiological aspects of copper and iron metabolism.