Projects
Current Projects
- REGULUS-LabForest: University forest as real laboratory for sustainable regeneration management in climate change
- ESCIB: Developing Environmental Sustainability and Circularity Assessment Methodologies for Industrial Bio-based Systems
- DUET: Circular Design and Use of Wood Building Elements
- REGULUS-ISAR: Innovation network for material utilization of recovered wood on a regional scale (ISAR)
- REGULUS-WaHo_boost: Strategic Strengthening and Promotion of Forest and Wood Research in Germany (cross-sectional project)
Our research at a glance:
Finished Projects
- BioReSt: Preparation of the Bavarian Biomass Resource Strategy – Scientific Basis and Recommendations
- LaNaSys: Development of a material and energy efficient timber construction system made from hardwood and softwood
- CICLICA: Smart agriCulture optimIzation to CLImate Change Adaptation
- LauBioek: Utilization of hardwood in the scope of an efficient bioeconomy
- ZukunftLaWiBau: Development of future-proof concepts for agricultural buildings with wood - from planning to deconstruction (ZukunftLaWiBau) Sub-project: wood products, resource potential and value chains
- Easy-EPD: SME-innovative – Joint Research Project Resource Efficiency: Easy-EPD – Software Supported Generation of Product Declarations in the Wood Industry, Research Part 2: Life Cycle Assessment of Wood Products
- Wood residues: Study on supply and utilization of biogenic residues regarding both energy recovery as well as material reuse and recycling in the rural districts of Pfaffenhofen and Neuburg-Schrobenhausen - Subproject: Utilization of wooden residues
- ExpRessBio: Expert Group Resource Management Bioenergy in Bavaria
- Competition for wood: Ecological, social and economic effects of the material and energetic utilization of wood
- Cascading: Development of equitable guidelines for sustainable construction with wood
- Farm Construction with Wood: INTERREG IV Bavaria-Austria-Project „Construction in Regional Cycles“, Project Part „Farm Construction with Wood or Steel – A Comparison of Primary Energy Demand and Global Warming Potential“