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Mapping marine debris encountered by albatrosses tracked over oceanic waters
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Researchers equipped black-footed albatrosses with GPS trackers and video cameras to map floating marine debris across the western North Pacific and found that debris concentrated in areas where the Kuroshio Current slows — the same areas where the birds actively forage. Albatrosses began changing flight direction toward debris items from nearly 5 km away, similar to their approach behavior toward prey, indicating a significant and ongoing risk of interaction with marine plastic.
Anthropogenic marine debris is a threat to marine organisms. Understanding how this debris spatially distributes at sea and may become associated with marine wildlife are key steps to tackle this current issue. Using bird-borne GPS- and video-loggers on 13 black-footed albatrosses Phoebastria nigripes breeding in Torishima, Japan, we examined the distribution of large floating debris in the Kuroshio Current area, western North Pacific. A total of 16 floating debris, including styrofoam (n = 4), plastic pieces (n = 3), plastic sheet (n = 1), fishery-related items (rope or netting, n = 4), and unidentified debris (n = 4), were recorded across the 9003 km covered by nine birds. The debris was concentrated in the southern area of the Kuroshio Current, where the surface current was weak, and the albatrosses were foraging. The albatrosses displayed changes in flight direction towards the debris when at a mean distance of 4.9 km, similarly to when approaching prey, and one bird was observed pecking at a plastic sheet; indicating that albatrosses actively interacted with the debris. This paper shows the usefulness of studying wide-ranging marine predators through the use of combined biologging tools, and highlights areas with increased risk of debris exposure and behavioral responses to debris items.
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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.