Modelling Forest regeneration in Europe

Samenvatting (Engelstalig)

My PhD research focused on understanding how
tree regeneration of European forests is treated in current forest growth
models and how it is affected by climate change. The study paid particular
attention to the initial regeneration phase of trees, as this stage is crucial
for adapting to changes. Using a combination of real-world data and computer
models, I analysed how different factors like climate, soil, and forest
structure influence the establishment of new trees across various European
countries. The findings unveiled that, generally, fewer trees are regenerating,
and the species compositions are shifting, with varied impacts of climate
change on different regions and tree species. This underscored the necessity
for region-specific management strategies to safeguard the future health and
sustained benefits of forest ecosystems. This work contributes to
better-informed decisions for sustaining Europe's valuable forests in a
changing climate.