Study on how the age of oak forests influences biodiversity, particularly focusing on species richness and composition across six key groups: insects, arachnids, springtails, lichens, bryophytes, and vascular plants.
This research explores the diversity of beetle species in Swedish oak forests through the innovative use of biodiversity pheromones.
Our investigation explores temporal growth patterns in Swedish Quercus species by analysing dendrochronological core samples from various locations.
In this project, we study the differential distribution and infestation rates of two cryptic species, Acrocercops brongniardellus and Acrocercops andreneli, on oak trees.
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.
This project seeks to understand how soil nutrient levels, specifically nitrogen as indicated by the Ellenberg Nitrogen Index, affect the growth rates of oak species across Sweden.
Study involving three experimental oak stands established in 1995 at Askeby, Tånnö, and Vibyholm.
We address key challenges in metabarcoding methodologies used to assess the biodiversity of terrestrial arthropods.
This project investigates the intricate timing of life cycle events (phenology) and their alignment with food web interactions in oak forests across Sweden.
Phytopathogens and phytophagous insects coexist within plant communities, often sharing host plants.
This project investigates the latitudinal gradients of biodiversity and ecosystem services in Sweden’s protected and non-protected oak forest areas to inform climate-smart conservation strategies.
The project involves a study of growth patterns and provenance in oaks, using data from a 25-year-long common garden experiment.
This study assesses the success of reintroducing the Great Capricorn beetle, Cerambyx cerdo, by utilising radio telemetry within the Tromtö Nature Reserve in Sweden.
This study investigates the factors influencing acorn size across native and non-native oak species in Sweden. It explores how environmental conditions and biological interactions affect oak reproductive strategies.
Research from Sweden reveals that old trees continue to grow and sequester carbon at high rates, challenging previous assumptions about their growth decline.
Our research utilises RAD-sequencing to reveal how genetic diversity and structure have fluctuated over centuries within three distinct sites.
Study focused on the invertebrate biodiversity residing on the trunks of oak trees throughout Sweden.
This project investigates the diversity and ecological dynamics of yeast species on oak bark.
