Estelle Couradeau

The paper uses genome-resolved metagenomics to analyze soil samples from an Andean paramo wetland, revealing non-methanogenic microbial lineages and distinct metabolic potential.

The paper examines rhizosphere microbiome dynamics in plant mixtures and finds non-additive effects in legume-grass combinations under nitrogen addition.

This study uses metagenomics to analyze cyanosphere microbiomes associated with terrestrial cyanobacteria, revealing host-specific and environmentally influenced microbial communities and functional differences.

This study uses BONCAT-FACS-Seq to identify active microbial taxa driving nitrous oxide production in soil, showing that N2O fluxes result from ensembles of microorganisms rather than single taxa.

The paper examines how resident soil microbial diversity and urea amendment history influence the composition and gene expression of a cyanobacterial soil inoculant.

The paper investigates the relationship between substrate-induced respiration rates and active bacterial counts in soil, finding a positive correlation that is substrate-dependent.

The paper identifies translationally active bacteria in biocrusts after simulated rainfall, showing functional decoupling from community composition and highlighting mature crusts' higher activity.

The paper uses BONCAT to study microbial activity in soil-to-root gradients, finding that rhizosphere activity predicts endosphere colonization success.

The paper identifies two reciprocally targeting groups of Pseudomonas syringae strains based on tail fiber and O-antigen gene diversity, showing their distribution is uncorrelated with phylogeny.

This study uses BONCAT-FACS-Seq to show that a large fraction of soil microbes are actively translating, challenging previous assumptions about soil microbial inactivity.