Lead Markus Franzen
This research project investigates the genetic diversity and potential local adaptations within oak populations, explicitly focusing on Quercus robur at the northern limits of their range. By analysing patterns of genetic differentiation and gene flow, the study aims to...
This research project investigates the genetic diversity and potential local adaptations within oak populations, explicitly focusing on Quercus robur at the northern limits of their range. By analysing patterns of genetic differentiation and gene flow, the study aims to understand how these trees might cope with and potentially adapt to rapid environmental changes due to global warming. This understanding is crucial for predicting future distribution shifts and conservation strategies, particularly in increasing climatic unpredictability.
Related methods
12- Light and temperature data collection
- Oak genetic structure / DNA analyses
- Oak regeneration study
- Biodiversity and phenology soundbox
- Dendrochronological analysis
- Herbivory and mildew assessment
- Insect biomass assessment
- Lichen and moss diversity
- Oak bark yeast sampling
- Tree basal area and dead-standing wood assessment
- Tree characteristics measurement
- Vascular plant assessment