Sources Marine Pollution Water Pollution Health Risks Health Effects Human Health Sources of Pollution Health Impacts Health Impact Airborne Particles Research Environmental Impact Nanoplastics Atmospheric Pollution Waste Management Consumer Products Impact on Ecosystems Sources of Microplastics Ocean Pollution Textile Waste Effects Biodegradable Products Biodegradable Materials Human Impact Antarctica Air Pollution Impact on Health Impact on Wildlife Food Safety Biodegradable Polymers Plastic Particles Chemical Contaminants Waste Reduction Environmental Themes in Film Tire Abrasion Health Consequences Personal Care Products Tire Dust Freshwater Ecosystems Cosmetic Products Sunscreen Ingredients Automotive Impact Freshwater Pollution Indoor Pollution Indoor Air Quality Industry Response Detection Methods Chemical Additives Disposable Masks Sources and Effects Agricultural Impact Wastewater Management Artificial Grass Synthetic Grass Resource Exploitation Wastewater Coastal Cleanup Microbeads Household Pollution Cleanup Efforts Textile Industry Synthetic Pitches Pathogens Agricultural Pollution Biodegradable Solutions Glitter Contamination Tire Pollution Climate Impact Human Exposure Waterways Filtration Systems Plastic Types Filtration Technology Human Testicles Plastic Contamination Melamine Sponges Fibreglass shards Food Contamination Environmental Stressors Tire Wear Ecosystem Impact Wildlife Plastic Waste Airborne Contaminants Airborne Pollution Legislation Tire Particles Soil Pollution Soil Contamination Health Implications Environmental Technology Nurdles Wildlife Impact Impact on Agriculture Plastics Transportation Emissions Biodegradability Water Contamination
A scanning‑electron method that detects particles about 200 nanometres wide indicates previous counts missed much of the pollution.
