Linked from

The 54 pages that link to Plastic pollution, each with the reason it gives.

• PolymerRelated: Persistent synthetic polymers make material use and disposal consequential beyond manufacturing.

• PolyethyleneRelated: Discarded polyethylene packaging is a substantial contributor to persistent plastic litter.

• AnthropoceneRelated: Plastic fragments and their degradation products can persist in deposits associated with modern human activity.

• Water pollutionRelated: Rivers and coastal waters receive plastic litter and fragments from land and marine activities.

• PolypropyleneRelated: Discarded polypropylene products can fragment and persist in terrestrial and aquatic environments.

• SeabirdRelated: Seabirds ingest plastic or feed it to chicks, with harmful effects on health and survival.

• Polymer degradationRelated: Degradation and fragmentation change discarded plastics without necessarily eliminating them.

• Fast foodRelated: Single-use fast-food packaging contributes to discarded plastic and litter.

• AlbatrossRelated: Albatrosses may ingest plastic or feed it to chicks after mistaking it for prey.

• Makassar StraitRelated: Plastic entering nearby coastal waters can be transported through the strait’s busy marine corridor.

• Biodegradable plasticRelated: Biodegradable products are sometimes proposed as a response, but unsuitable conditions can leave them persistent.

• Container gardeningRelated: Plastic pots are lightweight and durable, but their production, reuse, and disposal have environmental consequences.

• Petrochemical industryRelated: The industry's plastic output contributes to waste that escapes collection and disposal systems.

• EtheneRelated: Discarded polyethylene made from ethene contributes to this widespread pollution.

• PetrochemicalRelated: Much plastic pollution originates in products made from petrochemical feedstocks.

• CelluloidRelated: Celluloid belongs to the history of manufactured plastics, though its principal legacy differs from modern pollution concerns.

• Synthetic polymerRelated: Persistent synthetic polymers can escape waste systems and accumulate on land and in water.

• Ballpoint penRelated: Many disposable ballpoints use plastic bodies that contribute to persistent waste.

• GreenpeaceRelated: Greenpeace campaigns for reduced plastic production and stronger controls on plastic waste.

• Bottled waterRelated: Discarded water bottles contribute to plastic litter and marine debris.

• Disposable tablewareRelated: Discarded plastic tableware can escape waste systems and persist in natural environments.

• Great AccelerationRelated: Rising production and disposal made synthetic materials a conspicuous marker of postwar consumption.

• NeustonRelated: Surface neuston encounter floating plastics and may ingest or become entangled in them.

• PepsiCoRelated: Packaging from beverage and snack sales connects PepsiCo to concerns about plastic waste.

• UnileverRelated: Packaging from consumer goods companies, including Unilever, contributes to this problem.

• Clipperton IslandRelated: Ocean currents carry plastic debris onto this remote shore.

• Disposable productRelated: Discarded plastic products are a major source of persistent environmental litter.

• Ocean sunfishRelated: Floating plastic can be mistaken for prey or contribute to marine debris exposure.

• Plastic bagRelated: Lightweight bags can escape waste collection and persist as litter.

• Water bottleRelated: Discarded plastic bottles contribute to pollution when they escape collection systems.

• Kitchen utensilRelated: Disposable plastic utensils contribute to persistent waste when discarded after brief use.

• Ocean surface ecosystemRelated: Floating debris can collect at the surface and expose organisms to ingestion and entanglement.

• Shower gelRelated: Bottles and packaging from liquid cleansers contribute to the wider plastic-waste stream.

• Zero wasteRelated: Reducing disposable products can limit a major source of persistent environmental pollution.