Linked from

The 45 pages that link to Microplastics, each with the reason it gives.

• Wastewater treatmentRelated: Treatment plants capture many particles, but some can pass into effluent or sludge.

• Marine pollutionBroader topic: They enter coastal waters from products, textiles, tire wear, and the breakdown of larger plastic waste.

• PolyethyleneRelated: Weathering and abrasion can fragment polyethylene products into persistent small particles.

• Plastic pollutionBroader topic: Fragmentation turns larger litter into particles that spread widely and enter food webs.

• Fast fashionRelated: Washing synthetic garments can release fibers that enter waterways and ecosystems.

• NylonRelated: Wear and washing can release tiny nylon fibers into water systems.

• PolypropyleneBroader topic: Weathering and abrasion can fragment polypropylene into persistent small particles.

• PolyurethaneRelated: Abrasion and fragmentation of polyurethane products can contribute plastic particles.

• Marine debrisBroader topic: Fragmentation turns larger plastic debris into particles that are difficult to remove.

• Polyethylene terephthalateRelated: PET fibers and fragments can enter water and other environments as microplastic particles.

• ThermoplasticRelated: Wear and fragmentation can release particles from thermoplastic products into the environment.

• Ghost fishingRelated: Plastic ghost gear can fragment and add persistent particles to the sea.

• Nonwoven fabricRelated: Synthetic nonwoven fibers can contribute plastic particles during use and disposal.

• Plastic recyclingRelated: Some recycling and waste-handling processes can release plastic particles into the environment.

• PolycarbonateRelated: Wear and fragmentation can add polycarbonate particles to plastic pollution.

• PolystyreneRelated: Weathered polystyrene products can break into microplastic particles.

• Synthetic fiberRelated: Synthetic textiles can shed microplastic fibers during washing and wear.

• StyreneRelated: Weathering and fragmentation can turn styrene-based plastics into persistent particles.

• Environmental persistenceRelated: Their slow breakdown makes them long-lived contaminants in water, soil, and organisms.

• Marine plastic pollutionBroader topic: Weathering and fragmentation turn larger marine debris into persistent small particles.

• PhotodegradationRelated: Sunlight embrittles and fragments plastic, contributing to the formation of these particles.

• Biodegradable plasticRelated: Incomplete degradation can leave small plastic particles rather than fully mineralized products.

• Nylon 6,6Related: Wear and laundering can release tiny synthetic fibers, including nylon, into the environment.

• Single-use plasticBroader topic: Single-use products fragment over time, adding microplastics to the environment.

• Cellulose acetateNarrower topic: Discarded acetate fibers and filters can contribute persistent small particles.

• Environmental chemistryRelated: Their environmental distribution, chemical additives, and biological effects remain active research topics.

• Drinking water qualityRelated: They occur in water, while their health effects at typical drinking-water exposures remain uncertain.

• Expanded polystyreneRelated: Weathering and abrasion can break expanded-polystyrene products into persistent small fragments.

• Pressure-sensitive adhesiveRelated: Wear and disposal of polymer adhesive products raise questions about persistent plastic fragments.

• Synthetic polymerBroader topic: Fragmentation and wear turn larger polymer products into particles that spread widely.

• Advanced oxidation processRelated: Oxidative treatment is studied for altering or degrading plastic particles, though complete mineralization is challenging.

• Bottled waterRelated: Studies have detected microplastic particles in some bottled-water samples.

• Acrylic fiberRelated: Acrylic garments can release persistent microfibers during washing and wear.

• NeustonRelated: Floating microplastics can accumulate in surface layers where neuston live and feed.

• Wet wipeRelated: Synthetic wipe fibers can fragment into persistent plastic particles after disposal.

• Disposable productBroader topic: Some discarded plastic products break down into persistent small particles.

• Great Pacific Garbage PatchRelated: Weathering and abrasion turn larger debris in the patch into tiny persistent particles.

• Plastic bottleRelated: Bottle litter can fragment into microplastics as it weathers in the environment.

• Polyvinyl acetateRelated: Fragmented synthetic polymer products can contribute to plastic pollution.

• Rubber bandRelated: Synthetic elastomer products can contribute polymer particles as they wear, though rubber is not always classified as plastic.

• Distilled waterRelated: Particles introduced from equipment or packaging can undermine purity after distillation.

• Plastic bagRelated: Weathered plastic bags can fragment into persistent microplastic particles.

• Plastic wrapRelated: Plastic films can fragment into smaller particles after entering the environment.

• Sea surface microlayerRelated: Buoyant particles can collect at the ocean surface alongside other microlayer material.

• Artificial leatherRelated: Wear and weathering can release plastic particles from some artificial-leather products.