Article
?
AI-assigned paper type based on the abstract. Classification may not be perfect — flag errors using the feedback button.
Tier 2
?
Original research — experimental, observational, or case-control study. Direct primary evidence.
Environmental Sources
Marine & Wildlife
Sign in to save
Floating macro- and microplastics around the Southern Ocean: Results from the Antarctic Circumnavigation Expedition
Environment International2020
266 citations
?
Citation count from OpenAlex, updated daily. May differ slightly from the publisher's own count.
Score: 45
?
0–100 AI score estimating relevance to the microplastics field. Papers below 30 are filtered from public browse.
Giuseppe Suaria,
Giuseppe Suaria,
Giuseppe Suaria,
Giuseppe Suaria,
Giuseppe Suaria,
Giuseppe Suaria,
Giuseppe Suaria,
Peter G. Ryan
Giuseppe Suaria,
Giuseppe Suaria,
Giuseppe Suaria,
Peter G. Ryan
Peter G. Ryan
Peter G. Ryan
Giuseppe Suaria,
Giuseppe Suaria,
Giuseppe Suaria,
Stefano Aliani,
Giuseppe Suaria,
Peter G. Ryan
Peter G. Ryan
Peter G. Ryan
Giuseppe Suaria,
Stefano Aliani,
Stefano Aliani,
Vonica Perold,
Giuseppe Suaria,
Giuseppe Suaria,
Giuseppe Suaria,
Giuseppe Suaria,
Giuseppe Suaria,
Stefano Aliani,
Giuseppe Suaria,
Stefano Aliani,
Giuseppe Suaria,
Stefano Aliani,
Vonica Perold,
Vonica Perold,
Vonica Perold,
Peter G. Ryan
Peter G. Ryan
Jasmine Lee,
Peter G. Ryan
Vonica Perold,
Vonica Perold,
Vonica Perold,
Peter G. Ryan
Vonica Perold,
Peter G. Ryan
Stefano Aliani,
Giuseppe Suaria,
Peter G. Ryan
Stefano Aliani,
Giuseppe Suaria,
Vonica Perold,
Vonica Perold,
Fabrice Lebouard,
Giuseppe Suaria,
Giuseppe Suaria,
Stefano Aliani,
Stefano Aliani,
Giuseppe Suaria,
Giuseppe Suaria,
Stefano Aliani,
Stefano Aliani,
Giuseppe Suaria,
Peter G. Ryan
Jasmine Lee,
Fabrice Lebouard,
Stefano Aliani,
Stefano Aliani,
Jasmine Lee,
Stefano Aliani,
Stefano Aliani,
Stefano Aliani,
Stefano Aliani,
Stefano Aliani,
Peter G. Ryan
Stefano Aliani,
Peter G. Ryan
Stefano Aliani,
Giuseppe Suaria,
Peter G. Ryan
Jasmine Lee,
Peter G. Ryan
Peter G. Ryan
Stefano Aliani,
Stefano Aliani,
Giuseppe Suaria,
Giuseppe Suaria,
Peter G. Ryan
Peter G. Ryan
Peter G. Ryan
Stefano Aliani,
Stefano Aliani,
Stefano Aliani,
Stefano Aliani,
Stefano Aliani,
Peter G. Ryan
Stefano Aliani,
Giuseppe Suaria,
Giuseppe Suaria,
Stefano Aliani,
Stefano Aliani,
Stefano Aliani,
Stefano Aliani,
Stefano Aliani,
Stefano Aliani,
Peter G. Ryan
Giuseppe Suaria,
Giuseppe Suaria,
Giuseppe Suaria,
Giuseppe Suaria,
Stefano Aliani,
Stefano Aliani,
Peter G. Ryan
Giuseppe Suaria,
Peter G. Ryan
Peter G. Ryan
Giuseppe Suaria,
Stefano Aliani,
Peter G. Ryan
Summary
Researchers surveyed floating macro- and microplastic pollution around the Southern Ocean islands, providing baseline abundance estimates for high southern latitudes. The data reveal that plastic contamination extends even to remote polar regions, with seabirds in the area confirmed to have been ingesting plastics since at least the 1960s.
Study Type
Environmental
While macroplastics have been washing up on Southern Ocean islands for decades and microplastics have been found in seabirds from the region since 1960, there are still relatively few quantitative data on the amount of plastic pollution, especially with regard to floating plastics, at high southern latitudes. We present a baseline estimate of the abundance of floating plastics around the Southern Ocean from a survey of floating macro-, meso- and microplastic pollution conducted during the Antarctic Circumnavigation Expedition in 2016/17. A total of 40 net trawls and 626 h of observation were performed during this survey. Of these, 33 net samples and 552 h of observation were made in polar waters south of the Subtropical Front (STF). Only 5 microplastics and 17 macrolitter items were observed south of the STF, confirming the Southern Ocean as the region with the lowest concentrations of plastic pollution globally. The mean concentrations of floating macrolitter (0.02-0.03 items·km<sup>-2</sup>) and small plastic fragments (188 ± 589 particles·km<sup>-2</sup>) south of the STF were one order of magnitude lower than in adjacent temperate waters north of the STF, which suggests that the STF acts as a barrier to the southward transport of floating debris. Despite their much lower density, the mass of macroplastics was similar to that of floating microplastics in the Southern Ocean.