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- Professors from Nepal and India presented perspectives on energy issues News
- A new research project will study if continuous cover forestry sequesters more carbon than clearcutting forestry News
- Jonas Waldenström Professor, Head of Department
- +46 480-44 61 95
- jonaswaldenstromlnuse
- Mathilda Tham Professor
- +46 480-44 67 17
- mathildathamlnuse
- Giangiacomo Bravo Professor
- +46 470-70 87 82
- giangiacomobravolnuse
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Project: CONFLICT – Can continuous cover forestry lead to increased carbon uptake of terrestrial ecosystems? We measure the carbon uptake of a continuous cover forest and compare it with carbon fluxes…
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Project: Sustainable Housing for Strong Communities (Stronghouse) The Stronghouse project aims to adjust and redesign current support measures for energy renovations. The work will be based on a…
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Project: Scaling up energy renovation through smart design and one-stop-shop business model There might be several different reasons why homeowners do not carry out energy renovations. The goal of…
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Project: Attractive living environment in wooden residential buildings This project seeks to investigate the role of wood as related to positive effects on well-being and attractiveness in wooden…
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Project: Moisture and time dependent properties of South Swedish hardwood for load bearing structures This project aims at testing the long-term load bearing capacity and deformations of birch and…
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Project: Residues to Best Use – Biochar as a solution and a product in a sustainable and circular society The aim of Residues to Best Use is to develop solutions for managing society’s organic…
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Project: The health-promoting values and effects of the forest The intention is to explore and describe people's experiences of the forest and its importance for health and well-being.
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Project: Forest 4.0 The objective of the Forest 4.0 project is to establish a Centre of Excellence (CoE) to transform the forest environment monitoring, data acquisition, and analysis. The aim is to…
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Project: Innovative modified birch wood product for building applications (InnoBjörk) The InnoBjörk project is intended to provide solutions for how value-added products can be made from Swedish birch…
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Project: Competitive timber structures – Resource efficiency and climate benefits along the wood value chain through engineering design Through increasing scientific knowledge along the wood…
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Project: Long-term mechanical behavior of dowel connections in timber structures as the basis for an extended service life and reuse The project aims at gaining more knowledge on the long-term…
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Computational Social Sciences The research in the area Computational Social Sciences within Linnaeus University Centre for Data Intensive Sciences and Applications (DISA) is about producing and…
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Project: Application of renewable hydrophobic formulations for wood composite panel manufacturing The project aims at expanding the competencies and transferring knowledge between academia and the…