The rhizosphere is a microbial hotspot in soil and highly dynamic due to biotic and abiotic factors. In this thesis, we developed an artificial rhizosphere model (ARM) consisting of a surface and artificial root exudates. To identify drivers for microbial communities at the plant-soil interface, we investigated the influence of compounds simulating root exudates (glucose, malic acid, serine) and crop fertilization by manure accompanied with the transmission of antibiotics on the microbial community of the ARM.
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The rhizosphere is a microbial hotspot in soil and highly dynamic due to biotic and abiotic factors. In this thesis, we developed an artificial rhizosphere model (ARM) consisting of a surface and artificial root exudates. To identify drivers for microbial communities at the plant-soil interface, we investigated the influence of compounds simulating root exudates (glucose, malic acid, serine) and crop fertilization by manure accompanied with the transmission of antibiotics on the microbial commun...
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