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Correction to “SettlingVelocities of SmallMicroplastic Fragments and Fibers”
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This paper provides a published correction to a prior study on settling velocities of small microplastic fragments and fibers, addressing errors in the original data, calculations, or figures to ensure accurate reporting of particle sedimentation behavior relevant to environmental transport modeling.
Correction to “Settling Velocities of Small Microplastic Fragments and Fibers”
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Additional data for "Settling Velocities of Small Microplastic Fragments and Fibers"
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This data repository provides raw settling velocity measurements for small microplastic fragments and fibers, supporting a publication on their transport behavior in water. Settling velocity data is critical for modeling where microplastics deposit in rivers, lakes, and ocean sediments.
Improved Settling Velocity for Microplastic Fibers: A New Shape-Dependent Drag Model
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A new shape-dependent drag model was developed to improve the accuracy of settling velocity predictions for microplastic fibers, addressing a major limitation of existing drag models that significantly underpredict fiber settling in aquatic environments.
Settling Velocities of Small Microplastic Fragments and Fibers
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Researchers precisely measured the settling speeds of over 4,000 small microplastic particles in water and found that existing prediction models designed for larger microplastics do not work well for these tiny fragments and fibers. The settling speed depends on each particle's size, density, and shape, with the smallest particles sinking extremely slowly. Understanding how quickly microplastics settle in water is important because it determines how far they travel and how long they remain available to be consumed by aquatic organisms that humans may eventually eat.
Predicted settling velocity of sampled MPFs
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This is a dataset of predicted settling velocities for microplastic fibers using a newly proposed model — not a standalone research article.
A new model for the terminal settling velocity of microplastics
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A new empirical model for the terminal settling velocity of microplastics was developed and validated using 1,343 experimental measurements covering a range of particle shapes and materials. The model improves predictions of microplastic sedimentation rates, which are critical for understanding how plastic particles are transported and deposited in water bodies.
Research digests by email
When a large batch of papers lands in the Atlas, we read through it and send a short write-up of what stood out.