C. R. J. Hubert

The paper examines viral genetic features and evolutionary patterns in deep-sea cold seep sediments, identifying diverse survival strategies and genetic conservation within species.

This study analyzes microbial communities in oil reservoirs, finding a functional core but no taxonomic core, and highlights metabolic redundancy and potential for predicting responses to environmental changes.

The paper examines intraspecies diversity and evolutionary patterns of microbial populations in deep sea cold seep sediments, finding depth-dependent diversification and purifying selection on key metabolic genes.

The paper analyzes viral diversity in deep sea cold seep sediments, finding high endemism and links to microbial hosts and biogeochemical cycling.

This study profiles microbial activities in deep sea cold seep sediments, revealing hydrocarbon oxidation pathways and their role in sustaining diverse microbial communities across redox gradients.

This study investigates microbial energy and carbon acquisition strategies in deep-sea petroleum seeps using metagenomic analysis and geochemical data.

This study identifies DNA-foraging bacteria in marine sediments and shows they degrade and recycle DNA, contributing to nutrient cycling in the seafloor.