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Article
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Tier 2
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Original research — experimental, observational, or case-control study. Direct primary evidence.
Environmental Sources
Marine & Wildlife
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Impacts of changing ocean circulation on the distribution of marine microplastic litter
Integrated Environmental Assessment and Management
2017
112 citations
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Citation count from OpenAlex, updated daily. May differ slightly from the publisher's own count.
Score: 40
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0–100 AI score estimating relevance to the microplastics field. Papers below 30 are filtered from public browse.
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
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Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Natalie Welden,
Natalie Welden,
Natalie Welden,
Natalie Welden,
Natalie Welden,
Natalie Welden,
Natalie Welden,
Natalie Welden,
Natalie Welden,
Natalie Welden,
Natalie Welden,
Natalie Welden,
Natalie Welden,
Natalie Welden,
Natalie Welden,
Natalie Welden,
Natalie Welden,
Natalie Welden,
Natalie Welden,
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Natalie Welden,
Natalie Welden,
Natalie Welden,
Natalie Welden,
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Natalie Welden,
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Natalie Welden,
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Natalie Welden,
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Natalie Welden,
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Amy Lusher
Institutions (4)
Summary
Researchers modelled the impact of changing ocean circulation on the distribution of marine microplastics, examining how projected shifts in current patterns may alter the accumulation zones and transport pathways of plastic particles measuring less than 5 mm.
Hide Abstract
Marine plastic pollution is currently a major scientific focus, with attention paid to its distribution and impacts within ecosystems. With recent estimates indicating that the mass of plastic released to the marine environment may reach 250 million metric tons by 2025, the effects of plastic on our oceans are set to increase. Distribution of microplastics, those plastics measuring less than 5 mm, are of increasing concern because they represent an increasing proportion of marine litter and are known to interact with species in a range of marine habitats. The local abundance of microplastic is dependent on a complex interaction between the scale of local plastic sources and prevailing environmental conditions; as a result, microplastic distribution is highly heterogeneous. Circulation models have been used to predict plastic distribution; however, current models do not consider future variation in circulation patterns and weather systems caused by a changing climate. In this study, we discuss the potential impacts of global climate change on the abundance and distribution of marine plastic pollution. Integr Environ Assess Manag 2017;13:483-487. © 2017 SETAC.