R. R. Rohwer

The paper examines how invasive species alter microbial phenology over two decades in freshwater ecosystems, finding shifts in Cyanobacteria, cyanotoxins, and heterotrophic bacteria patterns following invasions.

This paper shows that an invasive zooplankton caused a trophic cascade leading to increased phytoplankton, which in turn caused more anoxia in a lake.

The paper introduces two microbial time series datasets from Lake Mendota, providing long-term microbial and environmental data for ecological and evolutionary research.

The paper links freshwater carbon and nutrient cycles by analyzing microbial population genomes and marker genes from two aquatic environments, showing co-occurrence of metabolic pathways and taxonomic patterns.