About
6
Publications
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15
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Introduction
My research deals with the natural distribution of Tuber aestivum Vitt. (syn. Tuber uncinatum Chatin.) in Lower Saxony and Central Europe. The focus lies on the interplay between truffle location, vegetation, soil biology and properties, biodiversity, truffle distribution, and the resulting sustainable land management.
Additional affiliations
July 2022 - March 2022
Education
April 2017 - March 2020
October 2012 - March 2017
University of Bremen
Field of study
- Geoscience
Publications
Publications (6)
Truffles grow in areas with specific soil types, geology, and vegetation, forming symbiotic relationships with tree species like Fagus sciatica, Quercus spp., and Betulaceae spp., known as mycorrhiza. • The most dominant factors are soil pH, texture, structure, and mineral composition (Robin et al., 2016; Hilszczańska et al., 2019) • They are most...
Identifying the potential distribution of soil-biodiversity with its density and richness relationships, including constituent species, is a pre-requisite for the assessment, conservation and protection of soil biodiversity and the soil functions it drives. Although the role of earthworms in improving soil quality has long been established, to quan...
The poster describes the results of the literature research on the geoecological factors responsible for the growth of the truffle Tuber aestivum syn. Tuber uncinatum. It also outlines the planned project components to answer the question about the potentials of truffle cultivation for sustainable land use.
Identifying the potential distribution of soil-biodiversity with its density and richness relationships, including constituent species, is a pre-requisite for the assessment, conservation and protection of soil biodiversity and the soil functions it drives. Although the role of earthworms in improving soil quality has long been established, to quan...
Litter-derived dissolved organic carbon (DOC) is considered to be a major source of
stabilised C in soil. Here we investigated the microbial utilisation of litter-derived DOC
within an entire soil profile using a stable isotope labelling experiment in a temperate
beech forest. The natural litter layer of a Dystric Cambisol was replaced by 13C enric...
