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Original research — experimental, observational, or case-control study. Direct primary evidence.
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The Montreal Protocol and the fate of environmental plastic debris
Photochemical & Photobiological Sciences2023
18 citations
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Citation count from OpenAlex, updated daily. May differ slightly from the publisher's own count.
Score: 45
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0–100 AI score estimating relevance to the microplastics field. Papers below 30 are filtered from public browse.
Richard G. Zepp,
Anthony L. Andrady,
Anthony L. Andrady,
Anthony L. Andrady,
Anthony L. Andrady,
Anthony L. Andrady,
Paul W. Barnes,
Marcel A. K. Jansen,
Anthony L. Andrady,
Anthony L. Andrady,
Anthony L. Andrady,
Marcel A. K. Jansen,
Marcel A. K. Jansen,
Anthony L. Andrady,
Anthony L. Andrady,
S. Madronich,
Anthony L. Andrady,
Paul W. Barnes,
Anthony L. Andrady,
Anthony L. Andrady,
Paul W. Barnes,
Anthony L. Andrady,
Anthony L. Andrady,
Anthony L. Andrady,
Anthony L. Andrady,
Anthony L. Andrady,
Anthony L. Andrady,
Paul W. Barnes,
Paul W. Barnes,
Janet F. Bornman,
Anthony L. Andrady,
Paul W. Barnes,
Janet F. Bornman,
Janet F. Bornman,
Kevin C. Rose,
Kevin C. Rose,
Richard G. Zepp,
Anthony L. Andrady,
Anthony L. Andrady,
Anthony L. Andrady,
S. Madronich,
Marcel A. K. Jansen,
Marcel A. K. Jansen,
Marcel A. K. Jansen,
Anthony L. Andrady,
Christopher C. White
Marcel A. K. Jansen,
S. Madronich,
S. Madronich,
Anthony L. Andrady,
Marcel A. K. Jansen,
Anthony L. Andrady,
Anthony L. Andrady,
Anthony L. Andrady,
Richard G. Zepp,
Richard G. Zepp,
Christopher C. White
Marcel A. K. Jansen,
Anthony L. Andrady,
Anthony L. Andrady,
S. Madronich,
Janet F. Bornman,
Christopher C. White
Richard G. Zepp,
Richard G. Zepp,
Kevin C. Rose,
Richard G. Zepp,
Janet F. Bornman,
Paul W. Barnes,
Anthony L. Andrady,
S. Madronich,
Marcel A. K. Jansen,
Anthony L. Andrady,
Anthony L. Andrady,
Richard G. Zepp,
Anthony L. Andrady,
Anthony L. Andrady,
Janet F. Bornman,
Janet F. Bornman,
Marcel A. K. Jansen,
Janet F. Bornman,
S. Madronich,
Marcel A. K. Jansen,
S. Madronich,
Kevin C. Rose,
Kevin C. Rose,
Marcel A. K. Jansen,
Kevin C. Rose,
Kevin C. Rose,
Kevin C. Rose,
Christopher C. White
Christopher C. White
Kevin C. Rose,
Richard G. Zepp,
Christopher C. White
Richard G. Zepp,
Christopher C. White
Richard G. Zepp,
Christopher C. White
Summary
This study modeled how the Montreal Protocol-driven recovery of stratospheric ozone and associated increase in solar UV reaching Earth's surface will affect the photodegradation rate of plastic litter, finding that increased UV exposure will accelerate secondary microplastic generation from environmental plastic debris.
Microplastics (MPs) are an emerging class of pollutants in air, soil and especially in all aquatic environments. Secondary MPs are generated in the environment during fragmentation of especially photo-oxidised plastic litter. Photo-oxidation is mediated primarily by solar UV radiation. The implementation of the Montreal Protocol and its Amendments, which have resulted in controlling the tropospheric UV-B (280-315 nm) radiation load, is therefore pertinent to the fate of environmental plastic debris. Due to the Montreal Protocol high amounts of solar UV-B radiation at the Earth's surface have been avoided, retarding the oxidative fragmentation of plastic debris, leading to a slower generation and accumulation of MPs in the environment. Quantifying the impact of the Montreal Protocol in reducing the abundance of MPs in the environment, however, is complicated as the role of potential mechanical fragmentation of plastics under environmental mechanical stresses is poorly understood.