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- Peter Lerman Senior lecturer
- +46 470-70 83 79
- +46 70-388 63 59
- peterlermanlnuse
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Precision in planning results in resilient forests according to new research News
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Project: Adaptation of silviculture to meet climate change - how do we implement it for an individual forest owner in practice The purpose of the project is to get a practical application within…
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Project: Adaptation to changes: emerging forest ecosystems in a changing climate We aim to compile information about oak forest distributions and associated biodiversity, identifying threats and…
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Project: Agro-industry feedstocks and side streams for increasing the sustainability of wood panel production The project aims at exploring the possibilities offered by the various agroindustrial…
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Project: Application of new biorefinery lignin-based adhesives in the wood panel industry The project envisages a mobility of professor Stergios Adamopoulos (20 % work time) from Linnaeus University…
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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…
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Project: Artificial heartwood The project aims to improve the properties of pine sapwood for window applications using a renewable, tannin-based formula.
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Project: Bio-based polyurethane adhesives for cross-laminated timber (CLT) This project envisages the collaboration of the Group of Forest Products research group at Linnaeus University, for the…
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Project: BioFrame – an analytical framework to promote the development of forest bioenergy A national forest strategy affects – and is affected by – what is happening in the forest as well as…
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Project: Climate adapted forest management The proportion of private forest owners who adapt their forestry to a changing climate is increasing. Which climate adaptation measures are being taken in…
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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: 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: Creep behaviour of environmental-friendly wood panels under different service class situations The project aims at exploring fundamentals related to creep behaviour of environmental-friendly…
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Project: Development of a quality description for sawn birch A complete value chain where more material is sold as well-paid sawlog gives landowners greater incentives to invest in the cultivation of…
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Project: Digitalisation in forestry A paradigm shift is taking place in forestry, with new opportunities for the forest industry to use satellite data, laser scanning, drones and handling of data from…
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Project: Drone measurement for the intelligent forest We are to develop a system for collection of forestry information with drones that fly in the forest below the canopy. Based on video recording,…
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Project: Effect of education on forest owners The effect of academic courses on the knowledge acquisition of forest owners and other course participants is merely unknown. In order to examine this…