C. W. Greer

This study characterizes the skin- and intestine microbial communities of migrating high Arctic lake whitefish and cisco across different salinity environments, revealing differences in microbiota diversity and potential implications for fish health and fisheries management.

This study uses population genomics to show Microcystis species are not coherent, with genomic clusters suggesting species boundaries and gene flow barriers, but also local adaptation through horizontal gene transfer.

The paper examines microbiome profiles of nitrogen- and phosphorus-starved wheat plants and identifies distinct microbial communities associated with nutrient starvation.

The paper examines niche separation among bloom-forming cyanobacteria, finding that niche similarity declines with genetic distance, but some traits show complex relationships.

This study uses 16S amplicon sequencing to analyze cyanobacterial blooms in Lake Champlain over 8 years, finding that blooms can be predicted with high accuracy using sequence data.