Research

Research focus

Forest growth and environment

This area investigates the complex relationships between tree growth and environmental factors, including genetics, soil conditions and interactions with biotic (e.g. pests, diseases) and abiotic (e.g. climate, soil nutrients) factors. The aim is to understand how these variables influence forest productivity and resilience, especially in the context of global environmental changes such as climate change.

Research focus

Trees as a natural resource and carbon storage

Research in this area focuses on the role of forests in providing renewable natural resources, such as timber, while acting as significant carbon sinks. Work in this area aims to develop sustainable management practices that optimise the production of these resources without compromising the forest’s ability to sequester carbon, which is critical to mitigating climate change.

Research focus

Trees as archive of environmental conditions

This area of research uses dendroecology, which examines tree rings and other structural features to reconstruct historical environmental conditions. By analyzing these natural archives, scientists can infer past climate fluctuations, disturbances (such as fires or droughts) and long-term ecological changes, providing valuable insights into how forests have responded to environmental stresses over the centuries.

Research focus

Methods of forest growth research

The development and refinement of quantitative methods is essential for the accurate assessment and prediction of forest growth. This includes the use of dendrometers, laser scanners and advanced statistical models to monitor and analyse growth patterns at different scales, from individual trees to entire forest stands. These methods are crucial for both basic ecological research and applied forestry.