Benjamin Marie

The study examines microdiversity in Limnospira platensis across time and space, showing resilience and niche partitioning through genetic changes and horizontal gene transfer.

The paper examines how trophic status affects microeukaryote community dynamics in urban lakes over 18 months, finding that higher trophic status increases diversity and divergence.

The paper integrates metagenome-scale metabolic modeling and metabolomics to analyze Microcystis phycospheres, revealing metabolic interactions and functional differences among strains.

The paper investigates ecotoxicological effects of different Microcystis genotypes on Medaka fish, finding varying toxicity profiles based on metabolite composition.

This study examines how trophic status affects prokaryotic community structure and functional potential in nine peri-urban lakes around Paris over a summer season.

The paper identifies distinct chemical fingerprints in Limnospira strains linked to their biogeographic origins and environmental adaptations.

This study uses untargeted metabolomics to analyze how river biofilms respond to short- and long-term cobalt exposure, identifying rapid defense and delayed damage responses.

The paper analyzes liver metabolomes of two fish species exposed to cyanobacterial blooms and finds similar metabolic changes across species.