Parducci lab

FOrest Palaeogenetics


Welcome to my site!


(2017 November) - ScieLifeLab awards funding  to our group for sample processing and sequencing within the Swedish Biodiversity Program 2017

(2017 July)  We have an ancient  session at the SEB meeting in Göteborg (see  photos here)

(2017 August) - A new Phd student in our group. Welcome  Kevin Nota!

(2017 March) - Together with Katerina Guschanski we have now a new ancient DNA lab

(2017 July) - Göt the date for the annual SEB meeting in Gothenburg. We o have a two-days session on Palaeogenomics and Ancient DNA!

(2016 November) - The Swedish Research Council Formas awards funding for our research on metagenomic from ancient lake sediments.

(2016 October) - At GFZ we  have sampled new sedimentary material from the Monticchio long record

(2016 September) - ScieLifeLab awards long-term bioinformatic support (WABI) to our group on metagenomic from ancient sediments.

(2016 May) - We work at the Linnaeus’ Day in Uppsala to celebrate Linnaeus’ birthday (see   photos here)

(2015 April) - PhD course on Modeling Species Distribution under  Past and Future Climate with Signe Normand - Aarhus University

(2016 March) - We arranged a ScieLifeLab mini-symposium on Ancient environmental DNA (see  photos here)

(2015 March) - Engy & Helen start their postdoctoral research works in our group

(2014 November) - Stockholm University awards funding for a postdoctoral position for a project on metagenomic from ancient sediments

Welcome to the Forest Palaeogenetics group at the

Department of Ecology & Genetics of Uppsala University!

In my group we study the ecology and evolution of forest plant populations at high latitudes. We study how genetics, demography and ranges of plants have changed during the climatic events of the last thousands of years.

Last updated by Laura 2018 02 16

Over the past plants have persisted through long periods of climate change including several glacial and interglacial periods. Pollen and macrofossil records from lake and peat archives from high latitudes show us how plant populations changed their ranges in response to changing climates and in some case they even survived at high latitudes. Plant populations changed also their sizes and their genetic diversity due to drift and adaptation to the new environments. In our group we use ancient DNA from pollen, macrofossils and sediments from lakes to investigate all these changes.

Explore my research, people, publications and photos pages to learn more about our work.