Pollution Pollution Control Water Quality Climate Change Soil Science Human Impact Data Collection Atmospheric Science Biodiversity Water Resources Air Quality Sustainability Biotechnology Aquatic Environments Research and Development Climate Action Conservation Greenhouse Gas Emissions Sustainable Energy Health Impact Assessment Environmental Challenges Green Spaces Green Infrastructure Plant Biology Methane Emissions Environmental Variables Hydrology Contamination Pollution Monitoring Glacier Dynamics Chemical Monitoring Wastewater Analysis Nuclear Fallout Research Funding Geological Phenomena Soil Contamination Human-Induced Changes Chemical Exposure Pollution Research Forestry Geological Impact on Environment Carbon Neutrality Disaster Management Resource Management Chemical Contaminants Geology Toxicology Phenomena Global Challenges Pollution Studies Soil Remediation Remote Sensing Climate Impact Pollutants Pollution Cleanup Impact of Solar Parks Erosion Control Wastewater Treatment Waste Recycling Bioremediation Biogeochemical Cycles AI Applications in Environment Pollution Remediation Waste Management Sensors Sustainable Development Biodegradable Materials Effects of Solar Activity Ecosystems Human Impact on Environment Ecology Aquatic Ecology
A natural experiment in New Hampshire using groundwater flow indicates far higher risks for pregnancies served by downstream wells.