Andreas A. Richter

The paper quantifies how trophic guilds influence soil organic carbon mineralization under warming by integrating sequencing and biomass conversion factors in a field experiment.

The paper examines how N, P, and K deficiencies and imbalances affect arbuscular mycorrhizal fungal (AMF) communities and their guilds in a long-term grassland experiment.

The paper examines how soil trace gas oxidizers respond to short- and long-term warming, finding increased CO and H2 oxidation but reduced CH4 oxidation with long-term warming.

This study identifies methanogen and methanotroph phylotypes in pan-Arctic permafrost soils and shows their spatial distribution and functional shifts after permafrost degradation.

This study shows that sulfoquinovose is not metabolized by mice or humans but is degraded by gut microbiota, with differences in degradation pathways between mice and humans.

The paper examines microbial ecophysiology and carbon accrual in peatlands before and after restoration, finding that restored sites show reduced microbial growth rates compared to degraded sites.

The paper shows that soil fungi maintain growth and increase storage compound investment during drought, regardless of future climate conditions.

The paper challenges the notion of sparse microbial colonization in soil by showing higher microbial densities and simulating their distribution in soil pore space.