Andreas A. Kappler

The paper identifies key proteins and metabolic pathways in Ferrigenium straubiae involved in nitrate-reducing Fe(II) oxidation using transcriptomic and genomic analyses.

This study quantifies methane flux in alpine peatlands, revealing spatial and temporal heterogeneity and year-round methane cycling influenced by spring water input and slope.

The paper investigates how environmental and litter traits influence microbial decomposer functions and mass loss in different ecosystems.

This paper demonstrates that microbial communities can directly transform FeS and H2S into pyrite and CH4, using this reaction as a novel energy metabolism linked to methanogenesis.