High latitude peatlands cover 3 % of the global land area, but store up to 25 % of the total soil carbon. These ecosystems provide important feedback mechanisms in the global carbon cylce. The objective of my research is to relate LiDAR derived mire catchment charachteristics to mire nutrient status, and CO2 and CH4 production.
The study area is located in the coastal area north of Umeå, Sweden. In the area new land is continuously rising from the sea due to isostatic rebound. This provides a unique study area in the form of a mire chronosequence where mire properties such as nutrient regime, species composition, mire type and sub-habitat distribution are changing with altitude and distance from the present coastline.
By understanding fundamental carbon related processes in boreal peatlands and by finding ways of upscaling these processes using GIS techniques, we are able to integrate boreal peatlands better in global climate models. A deeper understanding of these ecosystems will also help us tackle possible environmental changes, eg. changes in climate and land use, that might affect these sensitive ecosystems.
2017 MSc in Soil Science (Soil and Water Management, Swedish University of Agricultural Sciences, Uppsala): Organic Matter Properties and Their Relation to Phosphorus and Nitrogen Concentrations in Swedish Agricultural Streams
2015 MSc in Biology (Environmental Biology, University of Helsinki, Helsinki): Acidity caused nitrous oxide reductase inhibition and its impact on nitrous oxide emissions from acid sulfate soils, in Swedish
2013 Exchange studies (University College Cork, Cork)
2013 BSc in Biology (University of Helsinki, Helsinki)