Bronwyn Dyson

Bronwyn Lira Dyson (Doctoral student)

Short CV

Ph.D. Candidate, since 2022, Goethe University Frankfurt

M.Sc. Environmental Planning, 2018 – 2021, Technical University Berlin

B.A., 2011 – 2015, McGill University (Montreal, Canada)

Research Interests

Forests can be used for a variety of purposes: commercial and non-commercial, competing and complementary. Some potential forest uses include harvesting wood, maintaining or increasing biodiversity, supporting nutrient cycles, promoting carbon sequestration, etc. In the past, timber harvesting has often been prioritized over all other forest functions, leading to forested areas becoming smaller and resulting in the loss of habitat for many species, the disruption of nutrient cycles, and other deleterious effects.

The breaking down and recycling of nutrients within forest ecosystems is crucial and microbes play an important role as decomposers. Microbes are extremely diverse but understudied. With recent advancements in the sequencing of DNA, we have the chance to research these microbial communities – their diversity, composition, and functions – and how microbes are influenced by harvesting and forest structure. In the case of my research, I have a particular focus on deadwood as a key element of forest structure. Deadwood is an essential habitat and resource for many organism groups, but its importance has often been overlooked and either removed from forests or otherwise excluded (i.e. by harvesting trees and thus precluding the occurrence of deadwood remaining in the ecosystem).

I am chiefly interested in researching deadwood-dependent microbes and how different aspects of deadwood (for example: species, age, position) affect microbial community composition, diversity, and microbial function. I am also interested in investigating different scales of diversity at the forest stand, regional, and landscape levels. Additionally, the influence of microclimate (i.e. local moisture and temperature) is also key to my area of research. My research is part of the larger BETA-FOR collaboration involving many researchers who are interested in investigating multifunctional forests and biodiversity.

I am always open for collaboration. If you are interested in pursuing a bachelor's or master's thesis on this topic, please contact me ( If you are interested in gaining experience in the lab or in the field, this is also possible. My field work locations are in the Bavarian Forest, the Würzburg University forest in Sailershausen, as well as forests in Lübeck, Hunsrück, and Saarland.



The BETA-FOR project was established in 2022 and is funded by the Deutsche Forschungsgemeinschaft (German Research Foundation). The aim of BETA-FOR is to research how enhanced structural diversity in forests affects alpha, beta, and gamma diversity across several trophic levels in five different forest regions in Germany. The collaborative project involves doctoral and postdoctoral candidates, principal investigators, and fellows based at different universities across Germany and abroad. For more information, visit the BETA-FOR website.