C. Wurzbacher

The paper expands the MiDAS database with global anaerobic digester microbiome data, revealing environmental influences on microbial communities and identifying core taxa.

The paper discusses the challenges of naming fungi discovered through environmental sequencing and proposes criteria for DNA-based species typification.

This paper develops a standardized bacterial biodosimetry procedure for flow-through UV reactors to improve reproducibility and biofouling assessment.

This study examines fungal community composition in thermokarst ponds across a permafrost thaw gradient using DNA sequencing and chemical analysis.

This study investigates how microbial biomass, composition, and functions influence the removal of trace organic chemicals in biofiltration systems, identifying key predictors and microbial associations.

The paper analyzes microbial communities and resistance genes in stormwater quality improvement devices to assess microbial retention and heavy metal resistance.

The paper uses long-read rDNA sequencing to classify nephridiophagids as Chytridiomycota fungi and shows host-switching potential.

The paper identifies enzymes for lignocellulose degradation in Clavariopsis aquatica by analyzing its genome and transcriptome under different substrates.

The paper investigates metabolic interactions among free-living freshwater bacteria and finds they form loose, unspecific cooperative networks rather than specific dependencies.

The paper uses DNA-metabarcoding on unfractionated water samples to study plankton dynamics, revealing a bacterial bloom that traditional methods missed.