Peter M. Weber

This study shows oxidative stress shifts diatom-bacteria interactions from mutualistic to opportunistic by altering nutrient transfer and bacterial resource acquisition strategies.

The paper examines successional changes in the Cladophora microbiome using qSIP and NanoSIMS imaging, revealing shifts in bacterial composition, growth rates, and functional group dynamics.

The paper quantifies glycolate metabolism by marine bacteria and shows cross-feeding enhances carbon transfer efficiency.

The paper investigates microbial interactions in algal systems, finding that cooperation, not just competition, significantly influences carbon flow from algae to bacteria.

The paper identifies VOC-specialist bacteria in diatom cultures and shows their impact on carbon cycling and diatom productivity.

This study shows that alkaloid exposure in poison frogs increases skin microbiome diversity and enables specific microbial adaptations to toxic environments.

The paper quantifies viral carbon and nitrogen assimilation by coastal bacteria and protists using isotope-labeled viruses and flow cytometry, showing biotic processes significantly enhance virus removal.

This study investigates how organic nitrogen inputs and associated microbial communities affect Microcystis growth and toxin production, showing that microbial interactions influence nitrogen availability and cyanotoxin levels.

This study quantifies carbon transfer in a microbial alga-bacterium interaction, finding limited carbon flow and bacterial vitamin B12 synthesis despite algal lysis.