Site preparation and bioenergy harvest: How is the carbon stock in soil and biomass affected after 10 years?
Site preparation promotes tree growth and increases carbon storage in tree biomass. Extraction of bioenergy from the forest, such as slash and stumps, increases removal of biomass carbon after harvesting. Both measures aim to counteracting climate change, if they do not lead to significant loss of soil carbon, which is a common concern for site preparation and bioenergy harvest.
In this project, we investigate how the carbon stock in soil and biomass is affected by site preparation and slash and stump harvesting during the clear-cut and young forest phase.
We investigate fourteen experiments located across Sweden in the project. Modelling effect of slash and stump extraction on carbon balance is a supplement to the field investigation. Finally, a knowledge synthesis is carried out, aimed at stakeholders of forests and forestry in Sweden. The synthesis describes how the carbon stocks in soils are affected by site preparation and bioenergy harvest under Swedish conditions.
Monika Strömgren
Skogforsk
monika.stromgren@skogforsk.se
Project information
Participants
Skogforsk
Swedish University of Agriculture SLU
Time schedule
December 2023 - December 2026
Total cost of project
3 941 495 SEK
Swedish Energy Agency project number
2023-01042
More projects

Novel monitoring system to improve combustion efficiency in biomass-fired heat and power plants
This project focuses on developing an advanced optical monitoring approach for grate-fired boilers to support more efficient and sustainable combustion of biomass…
Manager: Klas Andersson
Ongoing

Novel energy and resource-efficient value chains through co-combustion of straw fuels and sludge
The project aimed to develop attractive, energy- and resource-efficient value chains based on co-briquetting and co-combustion of straw fuels and sewage sludge…
Manager: Marcus Öhman
Completed: 2026-02-24

OXYFLUID: Fluidized-bed oxy-fuel combustion of low-grade biomass for efficient BECCS and BECCU
Bioenergy with carbon capture and storage or utilization (BECCUS) is identified as one the most promising solutions to reduce carbon dioxide (CO2)…
Manager: Florian Schmidt
Ongoing