A. I. Krinos

The paper highlights issues with taxonomic annotation in microbial eukaryote meta-omic datasets and proposes clustering as a more accurate approach than alignment-based methods.

This study shows that vitamin B12 provides a growth advantage to marine bacteria at high temperatures, with implications for microbial community dynamics under climate change.

The paper estimates maximum growth rates of eukaryotic microbes using codon usage patterns from genomes and metagenomes, revealing differences in growth potential between prokaryotic and eukaryotic communities in marine environments.

The paper introduces EukHeist, a pipeline for retrieving eukaryotic and prokaryotic MAGs from metagenomic data, and applies it to Tara Oceans data to identify ecological cohorts and host-microbe associations.

The paper simulates cyanobacterial biomass in a lake under uniform and variable warming scenarios, finding that temperature variability significantly affects year-to-year biomass estimates.