Marine C. Cambon

The paper cultivates a large oak microbiome collection to identify disease-suppressive microbial communities that reduce pathogen levels in oak trees.

This study examines how environmental factors and disease affect the microbiome of oak trees across different tissues, revealing tissue-specific responses and identifying changes in microbiome composition and function in diseased trees.

This study shows that changing rearing conditions rapidly alters the gut microbiota structure in Tenebrio molitor larvae, with soil from different sites leading to distinct microbial communities.