Team

Virpi holds a professorship at the University of Turku to study natural selection in contemporary human populations. She is keen to investigate how the modern environment itself fuels human evolution and how demographic shifts to low birth and death rates affect the opportunity for selection or specific trait selection. Her group uses longitudinal demographic data from Finland spanning 350 years and 15 generations to look at how the strength and direction of selection on key fitness traits may have changed with the modernisation of societies.

Päivi is Professor of Evolutionary Genomics in the Department of Biology, UTU. Her areas of expertize are population genomics, human archeogenetics, as well as computational genetics, focusing on gene mapping. Her main project is the Ancient genes in North-Eastern Europe (SUGRIGE), where population genetics of ancient people in Uralic speaking areas are being studied. She has ample previous experience on leading multidisciplinary projects integrating genetics and archeology. She has also been active in leading digitalization of archeological datasets (see e.g. URHIA).  Päivi is specifically interested in questions of the natural selection in the past and present in N-E Europe; both the effects of northern environment and diet, as well as the pathogens and epidemics encountered.

Outi runs a BEDLAN team studying human linguistic past through language change in time and space. This is done through data infrastructure collected by BEDLAN: “Uralic Trove” (suomeksi UraLaari) includes linguistic variation of Finnish 100 years ago, UraLex (Uralic basic vocabulary cognate corpus), UraTyp (Uralic typological features including also Grambank features for Uralic languages), as well as the cartographical database of Uralic language speaker areas. The linguistic variation can be studied in relation to (a)biotic variation of Finland and the Uralic speaker area, and material and immaterial cultural variation in Finland in 1600-1800’s. The spatial approach on Finnish past can be further achieved through AADA, an archaeological artefact database of Finland, collected through interdisciplinary projects Kipot ja kielet and URKO. The computational framework has turned the high-quality information achieved in historical linguistics, cultural studies and archaeology into easily accessible data bases, that BEDLAN uses to study language evolution with methods derived from population biology, phylogenetics, landscape ecology, geography and computational sciences.