Size of marine debris items ingested and retained by petrels

Lauren Roman, Harriet Paterson, Kathy Townsend, Chris Wilcox, Britta Hardesty, Mark Hindell

Research output: Contribution to journalArticle

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Abstract

Pollution of the world's oceans by marine debris has direct consequences for wildlife, with fragments of plastic <10 mm the most abundant buoyant litter in the ocean. Seabirds are susceptible to debris ingestion, commonly mistaking floating plastics for food. Studies have shown that half of petrel species regularly ingest anthropogenic waste. Despite the regularity of debris ingestion, no studies to date have quantified the dimensions of debris items ingested across petrel species ranging in size. We excised and measured 1694 rigid anthropogenic debris items from 348 petrel carcasses of 20 species. We found that although the size of items ingested by petrels scale positively with the size of the bird, 90% of all debris items ingested across species fall within a narrow “danger zone” range of 2–10 mm, overlapping with the most abundant oceanic debris size. We conclude that this globally profuse size range of marine plastics is an ingestion hazard to petrels.
Original languageEnglish
Pages (from-to)569-575
JournalMarine Pollution Bulletin
Volume142
DOIs
Publication statusPublished - May 2019

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Procellariidae
Debris
plastic
plastics
ingestion
oceans
Plastics
ocean
seabird
range size
litter
seabirds
hazard
bird
wildlife
pollution
Birds
food
Hazards
Pollution

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Roman, Lauren ; Paterson, Harriet ; Townsend, Kathy ; Wilcox, Chris ; Hardesty, Britta ; Hindell, Mark. / Size of marine debris items ingested and retained by petrels. In: Marine Pollution Bulletin. 2019 ; Vol. 142. pp. 569-575.
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Size of marine debris items ingested and retained by petrels. / Roman, Lauren; Paterson, Harriet; Townsend, Kathy; Wilcox, Chris; Hardesty, Britta; Hindell, Mark.

In: Marine Pollution Bulletin, Vol. 142, 05.2019, p. 569-575.

Research output: Contribution to journalArticle

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AU - Paterson, Harriet

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AU - Hardesty, Britta

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AB - Pollution of the world's oceans by marine debris has direct consequences for wildlife, with fragments of plastic <10 mm the most abundant buoyant litter in the ocean. Seabirds are susceptible to debris ingestion, commonly mistaking floating plastics for food. Studies have shown that half of petrel species regularly ingest anthropogenic waste. Despite the regularity of debris ingestion, no studies to date have quantified the dimensions of debris items ingested across petrel species ranging in size. We excised and measured 1694 rigid anthropogenic debris items from 348 petrel carcasses of 20 species. We found that although the size of items ingested by petrels scale positively with the size of the bird, 90% of all debris items ingested across species fall within a narrow “danger zone” range of 2–10 mm, overlapping with the most abundant oceanic debris size. We conclude that this globally profuse size range of marine plastics is an ingestion hazard to petrels.

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