Gareth Trubl

This study examines how fluctuating redox conditions affect microbial communities and carbon cycling in tropical soils, finding that microbial communities adapt to dynamic redox conditions and distinct carbon compounds are cycled under varying redox regimes.

The paper analyzes mobile genetic elements in thawing permafrost soils to assess their impact on microbial diversity and function using meta-omic data.

This study uses SIP-viromics to distinguish newly produced from persistent virions in soil, revealing that most virions persist without replication, linked to dominant bacterial groups.

This study tracks viral succession and infection dynamics in soil viral communities after rewetting and phosphorus amendment, showing distinct responses in virion and transcriptionally active viral populations.

This study identifies virus-mediated recycling of chemoautotrophic biomass in marine environments using metagenomics and isotopic experiments, revealing active viral targeting of specific chemoautotrophs.

This study shows phosphate amendment alters RNA virus community composition in soil after rewetting, with 60% of responding viruses belonging to unknown clades and significant impacts on bacterial populations.

This study examines how soil redox conditions influence viral communities and virus-host interactions in tropical rainforest soils, revealing distinct viral populations and their roles in carbon degradation.