Biological CO2 capture and storage

Nature-based solutions utilise the natural carbon cycle processes of forests, wetlands, and marine environments to remove CO2 from the atmosphere, enhancing carbon sequestration while supporting biodiversity and ecosystem health.

Danish research offers a unique foundation for improving and expanding carbon storage in biobased systems and materials through specific and targeted management practices. 

Nature-based solutions icon
2-P1 BlueOFS
A mission to maximise C storage in Danish marine ecosystems
This project will identify the total carbon capture/storage capacity in Odense fjord as a pilot study for national upscaling and provide a road map on how to apply blue carbon capture.

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2-P2 BioStore
Biochars for soil carbon storage and sustainable agriculture
This project will investigate carbon stability and groundwater quality effects of soil amendment with high doses of a range of biochars and help pave the way for large scale implementation of PyCCS.

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2-P3 INNO4EST
Innovative forests for curbing climate change while integrating biodiversity, nutrient retention, and recreation
This project will provide a systematic approach for innovative design, establishment, and documentation of ecosystem services from new forests.

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2-P4 BIOCHSTA
Documentation of long-term carbon stability in biochar
The project’s aim is to investigate effects of soil amendment with high doses of biochar produced by Danish companies on carbon stability and quality aspects of agroecosystem and groundwater, combined with supporting measures on legal issues and quantification of the full system climate effects.

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2-P5 CHARBUILD
Biochar Integration in Building Materials: Enhancing Sustainability and Performance
This project aims to demonstrate the potential of using biochar as a component in building materials.

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Workstream lead

Claus Beier

Professor of Ecosystems and Sustainability at University of Copenhagen

Claus Beier has focused his research on ecosystem responses to air pollution and climate change – in particular impacts on ecosystem functioning and feedback to the atmosphere.