We carry out a number of projects, most of which are externally funded. Most projects are themed broadly around biodiversity, and the functions and ecology of soil fungi.
For specific information on the ERC Advanced Grant see separate site here.
Several projects address elements of global change, which includes land use change (see Biodiversity Exploratories) and microplastic. An ERC Advanced Grant examines various factors of global change, including warming. We are very interested in the effects of different factors of global change on soil processes and soil biota.
We scan for potential future issues that could affect soils. Currently, we look at potential effects of microplastic on soil biota. But we’re always interested in new ideas…
There are currently a number of projects underway themed around the biodiversity and ecology of fungi in agricultural systems. These are funded by the BMBF initiative BonaRes (the projects are Soil3 and INPLAMINT), and by others.
There are a number of projects in which different lab members engage in re-analysis and synthesis of existing ecological data in order to gain new insights. One commonly used set of techniques are meta-analyses. We also work in the development of concepts, for example community coalescence.
We are interested in applying trait-based approaches to the ecology of fungi, and have engaged in a number of conceptual exercises. We are using a culture collection consisting of 30 isolates to establish a suitable model system with which to test some of these ideas.
The lab is part of the DFG-funded German Biodiversity Exploratories program (speaker: Prof. M. Fischer). The Exploratories are large-scale laboratories in three locations in the north, middle and south of Germany in which replicated plots are located. The goal is to uncover interrelationships among biodiversity, land use and ecosystem processes. We have been contributing projects on a range of topics within this framework, mostly focused on soil fungi.
We have several projects related to the process of soil aggregation, i.e. the formation of soil structure. We are most interested in the role of soil biota in this process, for example mycorrhizal fungi and saprobic fungi.
We engage in a number of projects in which we seek to understand what controls the structure of AM fungal communities or communities of other fungi. This typically involves applying molecular ecology methods, high-throughput sequencing and bioinformatics.
We are a member of the collaborative research center (Sonderforschungsbereich) on Priming and memory; our project deals with thermo-priming in fungi (both saprobic fungi and mycorrhizal fungi), in other words, how fungi remember past stress events and how this affects renewed exposure to stress. It is our most physiologically oriented project in the lab.