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Marine plastics threaten giant Atlantic Marine Protected Areas

机译:海洋塑料威胁巨大的大西洋海洋保护区

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摘要

There has been a recent shift in global perception of plastics in the environment, resulting in a call for greater action. Science and the popular media have highlighted plastic as an increasing stressor . Efforts have been made to confer protected status to some remote locations, forming some of the world’s largest Marine Protected Areas, including several UK overseas territories. We assessed plastic at these remote Atlantic Marine Protected Areas, surveying the shore, sea surface, water column and seabed, and found drastic changes from 2013–2018. Working from the RRS James Clark Ross at Ascension, St. Helena, Tristan da Cunha, Gough and the Falkland Islands (A), we showed that marine debris on beaches has increased more than 10 fold in the past decade. Sea surface plastics have also increased, with in-water plastics occurring at densities of 0.1 items m–3; plastics on seabeds were observed at ≤ 0.01 items m–2. For the first time, beach densities of plastics at remote South Atlantic sites approached those at industrialised North Atlantic sites. This increase even occurs hundreds of meters down on seamounts. We also investigated plastic incidence in 2,243 animals (comprising 26 species) across remote South Atlantic oceanic food webs, ranging from plankton to seabirds. We found that plastics had been ingested by primary consumers (zooplankton) to top predators (seabirds) at high rates. These findings suggest that MPA status will not mitigate the threat of plastic proliferation to this rich, unique and threatened biodiversity.
机译:最近在环境中全球对塑料的看法转变,导致呼叫更大的行动。科学和流行媒体突出了塑料作为增加压力源。已经努力对一些远程地点进行受保护的地位,形成一些世界上最大的海洋保护区,包括几个英国海外领土。我们在这些远程大西洋海洋保护区评估了塑料,测量岸边,海面,水柱和海底,并从2013-2018发现了剧烈的变化。从RRS詹姆斯克拉克罗斯工作,St. Helena,Tristan Da Cunha,Gough和Falkland群岛(A),我们展示了过去十年海滩上的海洋碎片增加了超过10倍。海面塑料也有所增加,水塑料发生在0.1件M-3物品的密度下;在M-2≤0.01件物品中观察到海床上的塑料。首次,偏远南大西洋地区的塑料海滩密度走近工业化北大西洋地点。这种增加在海山上发生数百米。我们还在遥远的南大西洋食品网上调查了2,243个动物(包含26种)的塑料发病率,从普拉克斯到海鸟。我们发现,塑料被主要消费者(Zooplankton)摄取到高税率的掠夺者(海鸟)。这些调查结果表明,MPA状态不会减轻塑料增殖的威胁,以这种富人,独特和威胁的生物多样性。

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