Corinna Breusing

The paper investigates pressure effects on microbial activity in the Puerto Rico Trench, finding that piezophily dominates subseafloor communities below 20 meters below seafloor.

This study shows that seafloor topography influences subseafloor microbial communities in the Puerto Rico Trench by shaping oxygen availability and organic matter distribution.

The paper examines convergent and divergent patterns of holobiont evolution in co-distributed chemosynthetic symbioses, finding eco-geographical barriers and convergent adaptations in symbiont traits.

The paper examines genomic responses of hydrothermal vent animals and their symbionts to population decline after the Hunga volcanic eruption, finding contrasting patterns of genetic diversity loss between hosts and symbionts.

The paper analyzes genomic data from marine anaerobic ciliates and their methanogenic symbionts to understand transmission modes and population divergence in syntrophic symbioses.

The paper uses metagenomic analyses to study symbiont composition in deep-sea hydrothermal vent snails, finding that environmental factors and geographic barriers influence symbiont strain composition more than host genetics.

The paper compares genome sequences of two deep-sea clam symbionts to identify genetic differences linked to their ecological niche adaptations.

This study investigates the factors driving reductive genome evolution in vertically-transmitted clam symbionts, finding that neutral processes dominate with horizontal gene transfer and selection playing significant roles.

This study identifies host-symbiont interaction mechanisms in Riftia pachyptila by analyzing transcriptome and metaproteomic data under different energy conditions.