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Modelling the Marine Microplastic Distribution from Municipal Wastewater in Saronikos Gulf (E. Mediterranean)
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A three-dimensional hydrodynamic model coupled with a Lagrangian individual-based model was used to simulate the dispersion of microplastics from municipal wastewater discharge in Saronikos Gulf in the eastern Mediterranean. The modeling approach helps predict where microplastics released from wastewater treatment plants accumulate in coastal marine environments.
A three-dimensional hydrodynamic model is coupled with a Lagrangian-Individual Based Model to simulate the floating microplastics (
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Modelling the Marine Microplastic Distribution from Municipal Wastewater in Saronikos Gulf (E. Mediterranean)
AI summary Read the abstract
This study coupled a Lagrangian Individual Based Model with a 3D hydrodynamic ocean model to simulate the distribution of microplastics from municipal wastewater sources in Saronikos Gulf in the eastern Mediterranean. The modeling approach tracked particle transport and accumulation patterns in this semi-enclosed sea.
Modelling the Marine Microplastic Distribution from Municipal Wastewater in Saronikos Gulf (E. Mediterranean)
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Researchers used a 3D hydrodynamic model coupled with a particle tracking model to simulate the dispersal of floating microplastics from municipal wastewater in the Saronikos Gulf, Greece, showing how ocean currents influence the accumulation and redistribution of plastic pollution near urban coastal areas.
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Researchers developed a hydrodynamic modeling approach to estimate how microplastics from wastewater treatment plant effluents are distributed along an urban coastline in Greece, accounting for tides and weather. The methodology offers a way to predict microplastic hotspots in coastal waters and could inform better management of treatment plant discharges.
Three-dimensional Lagrangian microplastic transport simulations in the Gulf of Naples (Southern Tyrrhenian Sea)
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Researchers used the Campania Regional Ocean Model coupled with a Lagrangian particle tracking algorithm to simulate three-dimensional transport of microplastics of varying size and density in the Gulf of Naples during winter and summer 2016. The simulations reveal how seasonal hydrological differences and polymer properties drive distinct horizontal and vertical dispersion patterns for microplastics in this heavily anthropogenically stressed coastal sea.
Microplastics in the Mediterranean: Variability From Observations and Model Analysis
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Researchers combined field sampling across four Mediterranean coastal areas with hydrodynamic and particle drift modeling to characterize microplastic abundance, size, and polymer type variability, finding that wastewater and river inputs drive spatial patterns of surface MP distribution.
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