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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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Key results JPI Oceans microplastics projects
SPIRE - Sciences Po Institutional REpository2024
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 Sempéré,
Kelly Díaz,
W. De Moor,
W. De Moor,
Francesco Regoli
Aaron J. Beck,
Francesco Regoli
Francesco Regoli
Richard Sempéré,
Aaron J. Beck,
Aaron J. Beck,
Aaron J. Beck,
Aaron J. Beck,
W. De Moor,
W. De Moor,
Kelly Díaz,
Francesco Regoli
Aaron J. Beck,
Kandziora Jella,
Kandziora Jella,
Aaron J. Beck,
Patrizia Ziveri,
Patrizia Ziveri,
Patrizia Ziveri,
Aaron J. Beck,
Aaron J. Beck,
Richard Sempéré,
Luca Brandt,
Patrizia Ziveri,
Francesco Regoli
Francesco Regoli
Francesco Regoli
Francesco Regoli
Francesco Regoli
Francesco Regoli
Francesco Regoli
Thorsten Kiefer,
Thorsten Kiefer,
Patrizia Ziveri,
Luca Brandt,
Francesco Regoli
Richard Sempéré,
Francesco Regoli
Richard Sempéré,
Francesco Regoli
Francesco Regoli
Aaron J. Beck,
Francesco Regoli
Francesco Regoli
Francesco Regoli
Francesco Regoli
Francesco Regoli
Francesco Regoli
Francesco Regoli
Francesco Regoli
Francesco Regoli
Francesco Regoli
Luca Brandt,
Luca Brandt,
Luca Brandt,
Patrizia Ziveri,
Patrizia Ziveri,
Patrizia Ziveri,
W. De Moor,
Jes Vollersten,
W. De Moor,
Jes Vollersten,
Francesco Regoli
Francesco Regoli
Richard Sempéré,
Francesco Regoli
Richard Sempéré,
Francesco Regoli
Richard Sempéré,
Richard Sempéré,
Aaron J. Beck,
Patrizia Ziveri,
Richard Sempéré,
Francesco Regoli
Francesco Regoli
Aaron J. Beck,
Patrizia Ziveri,
Richard Sempéré,
Aaron J. Beck,
Francesco Regoli
Francesco Regoli
Francesco Regoli
Francesco Regoli
Francesco Regoli
Francesco Regoli
Patrizia Ziveri,
Francesco Regoli
Richard Sempéré,
Luca Brandt,
Patrizia Ziveri,
Francesco Regoli
Francesco Regoli
Francesco Regoli
Aaron J. Beck,
Aaron J. Beck,
Francesco Regoli
Richard Sempéré,
Richard Sempéré,
Francesco Regoli
Francesco Regoli
Richard Sempéré,
Francesco Regoli
Francesco Regoli
Francesco Regoli
Francesco Regoli
Francesco Regoli
Francesco Regoli
Francesco Regoli
Richard Sempéré,
Patrizia Ziveri,
Richard Sempéré,
Francesco Regoli
Richard Sempéré,
Francesco Regoli
Francesco Regoli
Patrizia Ziveri,
Francesco Regoli
Francesco Regoli
Francesco Regoli
Francesco Regoli
Richard Sempéré,
Richard Sempéré,
Richard Sempéré,
Francesco Regoli
Jes Vollersten,
Francesco Regoli
Luca Brandt,
Francesco Regoli
Francesco Regoli
Francesco Regoli
Richard Sempéré,
Richard Sempéré,
Jes Vollersten,
Francesco Regoli
Francesco Regoli
Patrizia Ziveri,
Patrizia Ziveri,
Francesco Regoli
Patrizia Ziveri,
Richard Sempéré,
Jes Vollersten,
Jes Vollersten,
Patrizia Ziveri,
Richard Sempéré,
Richard Sempéré,
Francesco Regoli
Aaron J. Beck,
Aaron J. Beck,
Aaron J. Beck,
Francesco Regoli
Richard Sempéré,
Francesco Regoli
Francesco Regoli
Francesco Regoli
Francesco Regoli
Summary
This paper summarizes key results from JPI Oceans microplastic research projects, covering plastic production trends, the difficulty of removing particles from marine environments, and the ongoing accumulation of microplastics in ocean systems. The authors note that the ecological consequences are still not fully understood.
Study Type
Environmental
Plastic production, use and disposal keep increasing, and with it, the presence of microplastics in the aquatic environment. Removing such tiny particles from the environment is difficult, resulting in their ongoing ultimate accumulation in the ocean. Although we do not yet fully understand the ecological effects of microplastics, it is increasingly evident that they are widespread throughout the environment, even found within human bodies, and generally go along with negative impacts.