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Migration of Artificial Turf Fibers from Artificial Turf Sports Field and Their Ingestion by Goldfish
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This study tracked whether polyethylene fibers from artificial turf sports fields break off and migrate into surrounding drainage systems connected to sewage pipes. The researchers found detached and worn fibers in drainage ditches, providing evidence that artificial turf is a source of microplastic fiber pollution in urban stormwater.
Various artificial materials and facilities are sources of microplastics, including artificial turf sports fields. In artificial turf fields, polyethylene fibers are attached to a basal cloth with adhesives. In the present study, we investigated whether the fibers in the field were detached from the basal cloth or torn in the field, and whether they moved to the surrounding ditches that were connected to sewage pipes. In the field, we collected fibers shorter in length compared to the original and these were free from basal cloth, indicating the tearing of the fibers due to players’ activities. We also collected fibers from the ditches, which indicated a migration of the fibers from the field into the ditches. These results suggest that the fibers in ditches could enter sewage treatment plants and be released into the aquatic environment as microplastics. We also examined whether goldfish, Carassius auratus, ingested these fibers, and observed that the fish ingested them with feed while the fish did not without feed. These results indicate that the fiber ingestion by the fish occurred unintentionally when they swallowed their feed. The present study demonstrated that artificial turf fibers in sports fields could turn into microplastics that can be ingested by wild fishes.
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This Japanese study found that rubber crumb particles from artificial turf fields migrate through drainage systems into waterways and can be actively ingested by goldfish, which retained the particles in their intestines for up to 48 hours. The findings indicate that artificial sports turf is a source of marine microplastic that can be consumed by fish.
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A Swedish study investigated whether watercourses near artificial turf pitches are a pathway for rubber granulate microplastics to enter the environment, with artificial turf identified as Sweden's second largest source of microplastics. Sediment samples from streams near and far from artificial turfs were compared to assess rubber granulate dispersal.
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When a large batch of papers lands in the Atlas, we read through it and send a short write-up of what stood out.