Microbial Nitrogen Cycling
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Microbial Nitrogen Cycling
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The N-cycle
Current projects & graduate students
Impact of N-processes in animal-bacteria associations
Unraveling microbial nitrogen utilization and turnover in soil by Chip-SIP
Plant-microbe interaction in the nitrification process
Effects of nutrients on N-fixation of Lotus spp. and Rhizobium strains
Investigating factors that govern biological N2 fixation in soil by CHIP-SIP
Post-genomic characterization of Nitrospina, a major marine nitrite oxidizer
Relation between the age and morphology of marine snow and N cycling
Model-based optimization of cultivation conditions for nitrifiers
Differential gene expression in ammonia oxidizing archaea
Importance of cyanate as substrate for nitrifiers
Associate DK+ students
Ecophysiology of ammonia-oxidizing archaea in the oxygenated water column of the ocean
Next-generation bioinformatics for genome-based diagnostics
Metabolic versatility of globally relevant nitrifiers
Microdiversity of uncultured Nitrospira
Metabolism and Physiology of mesophilic and thermophilic Thaumarchaeota
Identifying the key players of N2 fixation in terrestrial ecosystems
Environmental controls of microbial organic nitrogen cycling in soils
Molecular mechanisms of Deinococcus radiodurans survivability in outer space
Influences of Rhizobium symbiosis on N-metabolic processes during tungsten and molybdenum induced stress in Soybean – possible role in stress alleviation
Chromosome segregation in animal associated bacteria
The interdependent effects of the pathogen Didymella pinodes and the symbionts rhizobia and mycorrhiza on Pisum sativum
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