Charles W. Greer

This study evaluates the long-term biodegradation of ultra-low sulfur fuel oils in Arctic shorelines using mesocosm experiments, finding that lighter fuel degrades more effectively and alters microbial community composition.

This study identifies a Flavobacterium species capable of degrading marine fuel without canonical alkB genes, revealing alternative metabolic pathways in Arctic environments.

This study identifies hydrocarbon degradation mechanisms in a novel Arctic Rhodococcus strain using transcriptomics, revealing gene expression patterns and synergistic pathways for oil spill remediation.

This study evaluates shallow shotgun metagenomic sequencing by subsampling public datasets, finding that low-depth sequencing yields similar ecological insights but high depth improves metagenome-assembled genome quality.