Pesticide and Herbicide Environmental Studies

Phytorisque evaluates pesticide environmental risks by integrating exposure-toxicity ratios across compartments, enabling risk monitoring and policy support.

This study examines pesticide tolerance in bacteria from contaminated soils, finding increased protein content, DNA damage, and plasmid changes as adaptive responses to organophosphate exposure.

This study evaluates the persistence of florpyrauxifen-benzyl in sediments of Lake George, finding it persists for at least one year, exceeding toxicity thresholds for aquatic organisms.

This study identifies a novel Serratia sarumanii strain (GBS19) capable of degrading several pesticides, with genomic analysis confirming its degradation capacity and potential for bioremediation.

The paper uses 6 years of untargeted LC-MS data to track current-use and legacy contaminants in groundwater, showing seasonal and episodic dynamics and the impact of extreme weather events on contaminant mobilization.

This study demonstrates the use of a Bacillus thuringiensis spore display system to degrade atrazine and its metabolite in surface water using multiple enzymes.

This study examines how neonicotinoid seed treatments affect soil microbial gene expression over time in a soybean/corn rotation, finding weak and inconsistent effects with strong temporal variation.

The paper isolates and characterizes pesticide-degrading bacteria from polluted soil, identifying five strains with biodegradation and tolerance capabilities.

The paper identifies a bacterial consortium degrading thiabendazole, with Sphingomonas playing a central role through a carbazole dioxygenase, and reveals interdependencies between consortium members.