Dioxin-Like Compounds Shift the Balance of White Blood Cells

Demonstrating a Pilot System to Electrochemically Remediate Groundwater

Mechanism Linking Preconception Arsenic Exposure and Diabetes in Offspring Revealed

Machine Learning Creates More Complete Picture of Groundwater Contamination

Using a New Model to Identify Health-Impacting Metal Mixtures

Machine Learning Predicts Efficiency of Micropollutant Removal

Model Predicts PFAS Buildup in Wild Animals

Combining Plants and Sunlight to Break Down Hazardous Compounds

User-friendly Technology Detects NDMA in Water

Early Life Exposures May Shape Infant Immune System

Pyrite Improves Electrochemical System for Removing a Chemical Mixture

Environmental Factors Alter PFAS Removal by Specialized Nanomaterials

High Seafood Diet May Lead to Increased PFAS Exposure

Engineering Hydrogel Beads to Enhance Bioremediation of Groundwater Contaminant

Tracking Mercury Conversion and Distribution in Aquatic Environments

Using Earth Materials to Remove Metals Near Abandoned Mines

New Model Estimates the Effects of Dioxin on Liver Cholesterol

Mapping Microbe Interactions That Support PCB-Degrading Bacteria

Environmentally Persistent Free Radicals, PAHs Interact to Increase Toxicity of Particulate Mixtures

High-Temperature Biochar for Arsenic Remediation