V. Fugere

This study shows that glyphosate-based herbicides increase antibiotic resistance gene frequencies in freshwater bacterioplankton by selecting for multidrug efflux pumps.

This study examines how three agrochemicals affect zooplankton biomass and community structure in experimental ponds, finding differential sensitivities and pollution-induced tolerance.

This study examines how freshwater bacterioplankton communities respond to agricultural stressors in mesocosms, finding that only high glyphosate doses alter community structure while functional redundancy persists.

The paper shows that prior exposure to acidification helps maintain diurnal dissolved oxygen cycles during severe acidification in aquatic mesocosms.

The paper assesses global human impacts on animal genetic diversity using mitochondrial sequences and land use data, finding mixed trends and strong latitude effects in some taxa.

This study shows that prior exposure to sublethal stress, not community biomass, enhances evolutionary rescue in phytoplankton communities exposed to glyphosate.